摘要：【中文】本发明公开了一种基于滑动窗口采样的空间语义相似度计算方法，首先对包含空间信息的语料数据进行预处理，然后采用预设等面积投影方法对预处理后的语料数据中的坐标进行投影处理获得实际空间范围，接着确定上下文窗口并进行滑动采样，最后对整个语料的词语集合中的每两个词语进行相似度计算。本发明通过挖掘词语之间的空间语义相似关系，构建出一个可以度量词语空间语义相似度的模型。其在综合考虑空间相关性和文本相关性的方面，优于传统的文本相似度模型和地理空间相似度模型。作为综合人的空间思维和空间感知来理解人类自然语言的新角度，对传统的自然语义相似度模型进行了有效补充，有效改善智能地理信息检索和推荐系统的准确性。 【EN】The invention discloses a sliding window sampling-based spatial semantic similarity calculation method, which comprises the steps of preprocessing corpus data containing spatial information, then performing projection processing on coordinates in the preprocessed corpus data by adopting a preset equal-area projection method to obtain an actual spatial range, then determining a context window, performing sliding sampling, and finally performing similarity calculation on every two words in a word set of the whole corpus. The invention constructs a model capable of measuring the space semantic similarity of words by mining the space semantic similarity relation among the words. The method is superior to the traditional text similarity model and the traditional geographic spatial similarity model in the aspect of comprehensively considering the spatial correlation and the text correlation. The method has the advantages that a new angle for understanding the natural language of the human is realized by integrating the spatial thinking and the spatial perception of the human, the traditional natural semantic similarity model is effectively supplemented, and the accuracy of the intelligent geographic information retrieval and recommendation system is effectively improved.

摘要：【中文】本发明公开一种脊髓刺激系统，包括输入装置、控制装置，以及刺激装置，其中所述输入装置用于获取与使用者的运动意愿相关的用户数据，并将所述用户数据发送至所述控制装置；所述控制装置能够根据所述用户数据确定所述使用者的运动意愿，进而触发对应于所述使用者的运动意愿的刺激策略，并且将相应的刺激策略数据发送至所述刺激装置；所述刺激装置能够根据所述刺激策略数据生成特定的刺激信号序列，并输出到一个或多个目标位置。本发明能够通过刺激输出促进使用者完成康复动作，协助康复训练，对于脊髓损伤康复治疗非常有价值。 【EN】The invention discloses a spinal cord stimulation system, which comprises an input device, a control device and a stimulation device, wherein the input device is used for acquiring user data related to the exercise will of a user and sending the user data to the control device; the control device can determine the exercise willingness of the user according to the user data, further trigger a stimulation strategy corresponding to the exercise willingness of the user, and send corresponding stimulation strategy data to the stimulation device; the stimulation device is capable of generating a specific stimulation signal sequence from the stimulation strategy data and outputting to one or more target locations. The invention can promote the user to complete the rehabilitation action through the stimulation output, assists the rehabilitation training and has great value for the rehabilitation treatment of spinal cord injury.

摘要：【中文】本发明提供一种植入式神经刺激设备，其中植入式神经刺激器包括：随机数生成器，用于依次产生随机数，相邻的所述随机数不相等，所述随机数用于指示脉冲的频率；脉冲输出电路，根据所述随机数依次输出随机频率的刺激脉冲。 【EN】The present invention provides an implantable neurostimulation device, wherein the implantable neurostimulator comprises: the random number generator is used for sequentially generating random numbers, the adjacent random numbers are not equal, and the random numbers are used for indicating the frequency of the pulse; and the pulse output circuit sequentially outputs stimulation pulses with random frequency according to the random number.

摘要：【中文】本发明公开了一种基于时空大数据的景区实时负荷监控方法及系统，方法包括以下步骤：S1、获取景区客流量数据；S2、进行景区地图分块；S3、对客流数据进行区域划分；S4、参考景区过往的真实客流数据以及最大负荷数值，为景区的每个景点设置一个游客载流上限标签，记为tValue，并将负荷阈值设置为游客载流量上限*80％；S5、对步骤S1获取的客流量数据进行处理，判断景点客流量是否超负荷；S6、采用基于百度Echarts的景区实时客流分布密度热力图展示当前客流量信息。本发明能够根据景区内各景点最大游客承载能力，为景区提供超负荷短信预警，实时负荷状态监控。 【EN】The invention discloses a scenic spot real-time load monitoring method and a system based on space-time big data, wherein the method comprises the following steps: s1, obtaining scenic spot passenger flow volume data; s2, carrying out scenic spot map partitioning; s3, carrying out region division on the passenger flow data; s4, referring to past real passenger flow data and a maximum load value of a scenic spot, setting a tourist current carrying upper limit label for each scenic spot of the scenic spot, recording the tourist current carrying upper limit label as tValue, and setting a load threshold as 80% of the tourist current carrying upper limit; s5, processing the passenger flow data obtained in the step S1, and judging whether the scenic spot passenger flow is overloaded or not; and S6, displaying the current passenger flow information by adopting a scenic spot real-time passenger flow distribution density thermodynamic diagram based on the Baidu Echarts. The invention can provide overload short message early warning and real-time load state monitoring for the scenic spots according to the maximum tourist carrying capacity of each scenic spot in the scenic spots.

摘要：【中文】本发明公开了一种海泡石负载贵金属甲醛室温氧化催化剂及其制备方法，属于室内空气净化技术领域。本发明中催化剂由海泡石及贵金属纳米颗粒组成，所述的贵金属纳米颗粒为银、铂、钯中的一种或银铂、银钯、银铂钯合金中的一种，纳米颗粒的粒径为5‑20nm，负载量为1‑15wt%。本发明提供的制备方法基于离子吸附和交换等原理，经浸渍、冷冻干燥、热处理还原等工艺，制得海泡石负载贵金属甲醛室温氧化催化剂，金属纳米颗粒在海泡石上均匀负载和分散，稳定性好，复合催化剂具有优异的催化活性和稳定性，在甲醛室温氧化等催化技术领域有重要的应用前景。 【EN】The invention discloses a sepiolite-supported noble metal formaldehyde room-temperature oxidation catalyst and a preparation method thereof, and belongs to the technical field of indoor air purification. The catalyst consists of sepiolite and noble metal nanoparticles, the noble metal nanoparticles are one of silver, platinum and palladium or one of silver-platinum, silver-palladium and silver-platinum-palladium alloys, the particle size of the nanoparticles is 5-20nm, and the loading capacity is 1-15 wt%. The preparation method provided by the invention is based on the principles of ion adsorption, exchange and the like, and the sepiolite-supported noble metal formaldehyde room-temperature oxidation catalyst is prepared by the processes of impregnation, freeze drying, heat treatment reduction and the like, metal nanoparticles are uniformly supported and dispersed on the sepiolite, the stability is good, the composite catalyst has excellent catalytic activity and stability, and the composite catalyst has important application prospects in the technical field of catalysis such as formaldehyde room-temperature oxidation and the like.

摘要：【中文】本发明公开一种基于梯度提升算法的黑导游检测方法，应用于数据检测领域，针对现有的旅游行业监管滞后问题，本发明通过获取网站新闻URL数据，并基于词嵌入训练得到词向量模型；并基于获得的词向量模型，采用梯度提升算法训练得到黑导游类别预测模型；最后通过向得到的黑导游类别预测模型输入投诉文本，得到预测类型，相比于现有的人工数据检测，显著提高了检测效率。 【EN】The invention discloses a black tour guide detection method based on a gradient lifting algorithm, which is applied to the field of data detection and aims at the problem of supervision lag of the existing tour industry; training by adopting a gradient lifting algorithm based on the obtained word vector model to obtain a black tour guide category prediction model; and finally, inputting a complaint text into the obtained black tour guide category prediction model to obtain a prediction type, and compared with the existing manual data detection, the detection efficiency is obviously improved.

摘要：【中文】本发明公开了一种辣椒热激蛋白基因CaHSP90‑1的序列，提供了一种基于热激蛋白基因CaHSP90‑1辅助选育耐热辣椒品种的方法，该方法在热激蛋白基因CaHSP90‑1非保守区段设计引物，检验其相对表达量，在育种群体中进行筛选，选择具有耐热性状的品种。本发明通过建立热激蛋白基因CaHSP90‑1相对表达量与辣椒耐热性状之间的联系，利用实时荧光定量PCR技术快速准确地检测辣椒子代个体的耐热情况,从而筛选具有优良性状的个体进一步选育,这种依靠目的基因辅助育种的方法,大大提高了育种的目标性和效率。 【EN】The invention discloses a hot shock protein gene of hot pepperCaHSP90‑1Provides a heat shock protein-based geneCaHSP90‑1Method for assisting in breeding heat-resistant pepper varieties, in which heat shock protein genes are selectedCaHSP90‑1Designing primers for the non-conservative region, checking the relative expression quantity, screening in breeding groups, and selecting varieties with heat-resistant properties. The invention establishes heat shock protein geneCaHSP90‑1The relation between the relative expression quantity and the heat-resistant character of the hot pepper is detected quickly and accurately by utilizing the real-time fluorescent quantitative PCR technologyThe heat resistance of the filial generation individuals, so that the individuals with excellent characters are screened for further breeding, and the method of the auxiliary breeding by the target gene greatly improves the goal and efficiency of the breeding.