摘要：【中文】一种芯片，包含基板；多个宏设于基板上，其具有设置区域，根据宏的位置将设置区域划分为多个子区域；及一或多个垂直电源线，设于每一个子区域。至少一个垂直电源线与相邻上面或下面子区域的垂直电源线不互相对齐。 【EN】A chip includes a substrate; the macro is arranged on the substrate and provided with an arrangement area, and the arrangement area is divided into a plurality of sub-areas according to the position of the macro; and one or more vertical power lines disposed in each of the sub-regions. At least one vertical power line is not aligned with a vertical power line of an adjacent upper or lower sub-region.

摘要：【中文】本发明提供了一种适宜于常温和低温的果酱夹芯饼干中的果酱夹心及其制备方法，本发明提供的夹芯果酱在常温和低温(4℃)具有良好的软质咀嚼性口感，且制备成夹芯饼干后不发生水分迁移，能够在一年四季保持夹芯饼干理想的外观形状状态和食用品质。另外，本发明提供的上述夹芯果酱的制备方法简单易实现，适合大批量化生产制作使用，采用特定的加料顺序也是保证果酱具有良好口感的关键。 【EN】The sandwich jam provided by the invention has good soft chewy mouthfeel at normal temperature and low temperature (4 ℃), does not generate water migration after being prepared into sandwich biscuits, and can keep the ideal appearance shape state and the edible quality of the sandwich biscuits all the year round. In addition, the preparation method of the sandwich jam provided by the invention is simple and easy to implement, is suitable for large-batch production and use, and the adoption of a specific charging sequence is also the key for ensuring the good taste of the jam.

摘要：【中文】一种多孔质生医植入物的制造方法包含提供支撑架，该支撑架具有承载表面，以积层制造形成多孔质生医植入物于该承载表面上，该多孔质生医植入物具有实心部及多孔部，该实心部结合该支撑架的该承载表面，该多孔部结合该实心部，其中该实心部及该多孔部是在同一层的积层制造中形成，及完成该多孔质生医植入物的积层制造后，移除该支撑架。 【EN】A manufacturing method of a porous biomedical implant comprises the steps of providing a support frame, wherein the support frame is provided with a bearing surface, forming the porous biomedical implant on the bearing surface in a lamination manufacturing mode, the porous biomedical implant is provided with a solid part and a porous part, the solid part is combined with the bearing surface of the support frame, the porous part is combined with the solid part, the solid part and the porous part are formed in the lamination manufacturing of the same layer, and after the lamination manufacturing of the porous biomedical implant is completed, the support frame is removed.

摘要：【中文】本发明提供了一种降低麸皮酸价和味道的麸皮处理方法，包括以下步骤：S1)将原麸皮粉碎过筛30～120目；S2)取筛下麸皮，加水润料；S3)润料经水蒸气加热蒸制；S4)将蒸制后的麸皮进行烘烤，得到处理后的麸皮，麸皮酸价明显降低；S5)处理后麸皮再经饼干烘焙，获利糠香减少、麦香突出的麸曲饼干。本发明通过对原麸皮进行过筛、润料、大气蒸料、烘烤处理和饼干烘焙，可以降低酸价，去除麸皮中的糠味、异味，减少麸皮味道，提升麸皮质量，以处理麸皮作为原料按常规麸曲饼干配方制作麸曲饼干，不仅增加饼干营养种类和含量，且糠味减少，麦香突出，提升麸曲饼干品质和市场竞争力。 【EN】The invention provides a bran treatment method for reducing the acid value and taste of bran, which comprises the following steps: s1) crushing and sieving the raw bran by 30-120 meshes; s2) taking the undersize bran, and adding water for moistening; s3) moistening the materials, heating and steaming the materials by steam; s4) baking the steamed bran to obtain the treated bran, wherein the acid value of the bran is obviously reduced; s5), baking the bran processed by the treatment, and obtaining the bran koji biscuit with reduced profit and prominent wheat flavor. According to the invention, the original bran is sieved, moistened, steamed in the atmosphere, baked and baked, so that the acid value can be reduced, the bran flavor and peculiar smell in the bran are removed, the bran flavor is reduced, the bran quality is improved, and the bran koji biscuit is prepared by taking the treated bran as a raw material according to a conventional bran koji biscuit formula, so that the nutrition type and content of the biscuit are increased, the bran flavor is reduced, the wheat flavor is prominent, and the quality and market competitiveness of the bran koji biscuit are improved.

摘要：【中文】本发明提供一种具有光热效应的生物炭丙烯酸酯材料及其制备方法，包括以下步骤：制备生物炭；氧化生物炭；预乳化；制备掺杂氧化生物炭的丙烯酸酯共聚乳液；生物炭丙烯酸酯膜材料的获得。本发明制备方法简单，生物炭氧化后，粒度较小，在水中可以较均匀的分散，且不会在瓶壁粘附，在水溶液中的分散性也有明显的提升，制备的生物炭丙烯酸酯材料光热转化效率较高，解决了现有光热碳材料源于不可再生资源的技术问题，适应范围广，具有重要的意义和应用价值。 【EN】The invention provides a biochar acrylate material with a photothermal effect and a preparation method thereof, wherein the biochar acrylate material comprises the following steps: preparing biochar; oxidizing the biochar; pre-emulsification; preparing acrylic ester copolymer emulsion doped with oxidized biochar; and (3) obtaining a biochar acrylate membrane material. The preparation method is simple, the particle size of the biochar is smaller after oxidation, the biochar can be uniformly dispersed in water and cannot be adhered to the bottle wall, the dispersibility of the biochar in the water solution is obviously improved, the photothermal conversion efficiency of the prepared biochar acrylate material is higher, the technical problem that the existing photothermal carbon material is derived from non-renewable resources is solved, the application range is wide, and the preparation method has important significance and application value.

摘要：【中文】本发明提供了一种均衡长期能效和网络稳定性的C‑RAN系统资源分配方法，包括：建立结合能量协作的混合能量供应C‑RAN数学模型；建立长期能效优化问题的目标函数和约束条件；基于李雅普诺夫方程和罚函数的思想，将系统长期能效优化问题转化为单时隙优化问题；采用联合资源分配优化算法求解转化后的单时隙优化问题。本发明能够优化分配系统资源(传输功率、协作能量、电网供能)，在有效提高系统长期能效和网络稳定性之间实现均衡，优化系统性能，使得采用能量协作的混合能量供应C‑RAN系统满足各种长期和瞬时服务质量需求，具有广阔的应用前景。 【EN】The invention provides a C-RAN system resource allocation method for balancing long-term energy efficiency and network stability, which comprises the following steps: establishing a hybrid energy supply C-RAN mathematical model combined with energy cooperation; establishing an objective function and a constraint condition of a long-term energy efficiency optimization problem; converting the long-term energy efficiency optimization problem of the system into a single-time slot optimization problem based on the concepts of the Lyapunov equation and a penalty function; and solving the converted single-time-slot optimization problem by adopting a joint resource allocation optimization algorithm. The invention can optimize and distribute system resources (transmission power, cooperation energy and power supply of a power grid), realize balance between effectively improving the long-term energy efficiency and network stability of the system, and optimize the performance of the system, so that the hybrid energy supply C-RAN system adopting energy cooperation meets various long-term and instantaneous service quality requirements, and has wide application prospect.

摘要：【中文】本发明实施方式涉及通讯技术领域，公开了一种访问流量控制方法，该方法包括：获取白名单网址列表；获取移动终端发起的网页加载请求对应的请求网址；判断所述请求网址是否在所述白名单网址列表之内，若是，则将所述请求网址替换为代理网址，根据所述代理网址发送第一访问请求；获取所述第一访问请求的POST参数；将所述POST参数返回至所述移动终端的原生层，根据所述POST参数在所述原生层发起第二访问请求。本发明实施方式还提供了一种访问流量控制装置、网络设备及存储介质。本发明实施方式提供的访问流量控制方法、装置、网络设备及存储介质可以提高使用定向流量时的免流率。 【EN】The embodiment of the invention relates to the technical field of communication, and discloses an access flow control method, which comprises the following steps: acquiring a white list website list; acquiring a request website corresponding to a webpage loading request initiated by a mobile terminal; judging whether the request website is in the white list website list, if so, replacing the request website with a proxy website, and sending a first access request according to the proxy website; acquiring a POST parameter of the first access request; and returning the POST parameters to a native layer of the mobile terminal, and initiating a second access request at the native layer according to the POST parameters. The embodiment of the invention also provides an access flow control device, network equipment and a storage medium. The access flow control method, the access flow control device, the network equipment and the storage medium provided by the embodiment of the invention can improve the flow-free rate when directional flow is used.

摘要：【中文】本发明公开一种路面耐磨性能试验装置，包括：第一基架，其上设有允许试验轮部分穿出以与路面接触的开口；第二基架，其包括立柱、固定安装板和活动连接架，所述立柱固定设于所述第一基架上，所述活动连接架滑动连接于所述立柱上，且所述活动连接架上安装有所述试验轮；测量件，用于测量所述固定安装板和所述活动连接架之间的距离变化；第一驱动件。由于在试验过程中试验轮会随着路面的磨损而下沉，使得固定安装板和活动连接架之间的距离发生变化，测得距离差以表征路面的耐磨性能；以及在路面上进行试验，可借助于实际气候环境和人为制造的环境等以形成试验环境，更为准确地模拟了路面在实际使用过程中的环境，从而获得较为准确的试验结果。 【EN】The invention discloses a road surface wear resistance test device, which comprises: a first base frame provided with an opening for allowing the test wheel to partially penetrate out to contact with the road surface; the second base frame comprises an upright post, a fixed mounting plate and a movable connecting frame, the upright post is fixedly arranged on the first base frame, the movable connecting frame is connected to the upright post in a sliding manner, and the test wheel is arranged on the movable connecting frame; the measuring piece is used for measuring the distance change between the fixed mounting plate and the movable connecting frame; a first driving member. In the test process, the test wheel sinks along with the abrasion of the road surface, so that the distance between the fixed mounting plate and the movable connecting frame is changed, and the distance difference is measured to represent the abrasion resistance of the road surface; the test can be carried out on the road surface, the test environment can be formed by means of the actual climate environment, the artificial environment and the like, the environment of the road surface in the actual use process is simulated more accurately, and therefore a more accurate test result is obtained.

摘要：【中文】本发明公开了一种使用地质雷达天线检测隧道衬砌的装置，包括底座、横杆和第一伸缩杆；底座底部设置有至少三个移动轮，底座上竖直设置有第二伸缩杆；横杆水平设置，末端固定在第二伸缩杆顶端；第一伸缩杆竖直设置，顶端固定在横杆顶端，第一伸缩杆末端设置有活动夹板，活动夹板上夹持有雷达天线。代替人工托举，在边墙初次衬砌和二次衬砌检测过程中避免了人工托举易疲劳、车辆行驶速度不均、检测数据不连续、安全风险大等问题。可以跨过钢筋等障碍物遮挡，使雷达天线紧贴障碍物后面初次衬砌，并调节障碍物两侧的高度，保证采集数据的准确性、连续性和稳定性，提高初次衬砌检测质量和效率，减少人工和机械费用。 【EN】The invention discloses a device for detecting tunnel lining by using a geological radar antenna, which comprises a base, a cross rod and a first telescopic rod, wherein the cross rod is arranged on the base; at least three moving wheels are arranged at the bottom of the base, and a second telescopic rod is vertically arranged on the base; the cross rod is horizontally arranged, and the tail end of the cross rod is fixed at the top end of the second telescopic rod; the vertical setting of first telescopic link, the top is fixed on the horizontal pole top, and first telescopic link end is provided with movable clamp plate, and the centre gripping has the radar antenna on the movable clamp plate. The method has the advantages that manual lifting is replaced, and the problems that manual lifting is easy to fatigue, the vehicle running speed is not uniform, the detection data is discontinuous, the safety risk is large and the like are avoided in the primary lining and secondary lining detection processes of the side wall. The radar antenna can stride across barriers such as reinforcing steel bars and the like to shield, so that the radar antenna is tightly attached to the back of the barrier for primary lining, the heights of two sides of the barrier are adjusted, the accuracy, the continuity and the stability of data acquisition are ensured, the detection quality and the detection efficiency of the primary lining are improved, and the labor cost and the mechanical cost are reduced.

摘要：【中文】本发明涉及荒漠化草场生态修复技术领域，提供一种围栏结构、封育围栏及荒漠化草场生态修复方法，围栏结构包括围栏组件和支撑部件；围栏组件用于拦截地表物质流，围栏组件包括第一围栏和第二围栏，第一围栏与地平面呈锐角，第二围栏的下端与第一围栏的上端固定连接；支撑部件与第一围栏或第二围栏连接，支撑部件用于支撑所述围栏组件。本发明提供的围栏结构、封育围栏及荒漠化草场生态修复方法，所述围栏结构通过设置倾斜的第一围栏和竖直的第二围栏，并利用支撑部件实现整个结构的固定支撑，不需要在围栏单元的下方专门设置混凝土地基，整个装置直接置于地表，结构简单，施工方便；由于第一围栏的倾斜结构能够阻止牲畜和人类的靠近，安全可靠。 【EN】The invention relates to the technical field of ecological restoration of desertification grasslands, and provides a fence structure, a sealing and cultivating fence and a desertification grassland ecological restoration method, wherein the fence structure comprises a fence component and a supporting part; the fence component is used for intercepting the flow of surface materials and comprises a first fence and a second fence, an acute angle is formed between the first fence and the ground plane, and the lower end of the second fence is fixedly connected with the upper end of the first fence; a support member is coupled to the first rail or the second rail, the support member for supporting the rail assembly. According to the fence structure, the enclosure fence and the desert grassland ecological restoration method, the inclined first fence and the vertical second fence are arranged in the fence structure, the supporting part is utilized to realize fixed support of the whole structure, a concrete foundation is not required to be specially arranged below a fence unit, the whole device is directly arranged on the ground surface, the structure is simple, and the construction is convenient; the first fence can prevent livestock and human from approaching due to the inclined structure of the first fence, and is safe and reliable.