摘要：【中文】本发明公开了一种基于人工智能的明厨亮灶场景下厨师帽的检测方法，包括：（1）输入数据流，然后进行数据采集与标注，形成预处理数据；通过神经网络对预处理数据进行训练与调优，并形成数据库；（2）拾取预设场景的影像，利用预测器对上一帧目标可能出现的位置进行预测，生成对比数据A；再根据上一帧预测位置对当前帧进行特征提起避讳，生成实时数据A，将其与对比数据A进行匹配；（3）利用定位算法对输入的实时图像进行提取厨师所在区域周边位置，然后处理，滤除沉余信息，同时，提取厨师头部附近的图像，形成实时数据B；（4）利用检测神经网络进行对实时数据B检测并生成判定和做出相应预设措施，该方案实施可靠。 【EN】The invention discloses a detection method of a chef cap in a bright kitchen lighting scene based on artificial intelligence, which comprises the following steps: (1) inputting a data stream, and then carrying out data acquisition and labeling to form preprocessed data; training and adjusting the preprocessed data through a neural network, and forming a database; (2) picking up an image of a preset scene, predicting the position of a previous frame of target which is likely to appear by using a predictor, and generating comparison data A; performing feature extraction on the current frame according to the predicted position of the previous frame to avoid damage, generating real-time data A, and matching the real-time data A with the comparison data A; (3) extracting the peripheral position of the region where the chef is located from the input real-time image by using a positioning algorithm, then processing, filtering out surplus information, and simultaneously extracting the image near the head of the chef to form real-time data B; (4) and the detection neural network is utilized to detect the real-time data B, generate judgment and make corresponding preset measures, and the scheme is reliable to implement.

摘要：【中文】本发明提出了一种可充电传感网的移动充电调度方法，该方法中基站获取所有待充电节点的信息；构建一个充电集合V_c；在V_c中选择f(v_i)值最大的请求节点作为当前待充电节点；判断移动充电器的剩余电量能否支持其充满待充电节点并从该节点返回到基站，若能则进行充电，若不能则回基站补充能量，后备移动充电器加入网络；构建新的待充电集合V_sc；在V_sc中选择f(v_i)值最大的请求节点作为当前待充电节点；判断后备移动充电器的剩余电量能否支持其充满待充电节点并从该节点回到基站，若能则充电，若不能回基站充电。本发明引入一后备移动充电器，对移动充电器处于充电期产生的一些待充电节点进行能量补充，从而减少失效节点，延长传感器网络生命期。 【EN】The invention provides a mobile charging scheduling method of a chargeable sensor network, wherein a base station acquires information of all nodes to be charged; constructing a charging set V_c(ii) a At V_cIs selected from f (v)_i) The request node with the maximum value is used as the current node to be charged; judging whether the residual electric quantity of the mobile charger can support the mobile charger to be fully filled with the node to be charged and return to the base station from the node, if so, charging, otherwise, returning to the base station to supplement energy, and adding a backup mobile charger into the network; constructing a new set V to be charged_sc(ii) a At V_scIs selected from f (v)_i) The request node with the maximum value is used as the current node to be charged; and judging whether the residual electric quantity of the backup mobile charger can support the backup mobile charger to be fully filled with the node to be charged and return to the base station from the node, if so, charging, and if not, returning to the base station for charging. The invention introduces a backup mobile charger to charge some sections to be charged generated in the charging period of the mobile chargerAnd energy supplement is carried out on the points, so that failure nodes are reduced, and the life cycle of the sensor network is prolonged.

摘要：【中文】本发明提出了一种延长无线传感器网络生命周期的分簇算法，该方法首先利用基于密度的聚类算法对无线传感器网络中的节点进行区域划分，将整个传感器网络划分为多个一级簇；然后，利用非均匀分簇思想对划分得到的多个一级簇进一步分簇得到二级簇，为每个二级簇选出簇头节点，使得靠近基站的簇头节点以较小的簇半径通信，有效解决经典路由协议中存在的热点问题以及在选取簇头节点过程中迭代次数过多的问题，最终实现节省能量、延长传感器网络生命周期的目标。 【EN】The invention provides a clustering algorithm for prolonging the life cycle of a wireless sensor network, which comprises the steps of firstly, carrying out region division on nodes in the wireless sensor network by using a density-based clustering algorithm, and dividing the whole sensor network into a plurality of first-level clusters; then, a plurality of divided primary clusters are further clustered by utilizing a non-uniform clustering idea to obtain secondary clusters, and a cluster head node is selected for each secondary cluster, so that the cluster head nodes close to the base station communicate with each other at a smaller cluster radius, the problems of hot spots existing in a classical routing protocol and excessive iteration times in the process of selecting the cluster head nodes are effectively solved, and the aims of saving energy and prolonging the life cycle of the sensor network are finally achieved.

摘要：【中文】本发明提出了一种基于Voronoi图域处理的无线传感网分簇算法，该方法先计算出网络中最佳簇头节点的数目，接着用基于位置和能量的簇头节点选择公式选出这个簇头节点，然后，用Voronoi图将区域内的传感器节点划分为个簇，被区域包含在内的节点自动成为簇的成员节点。一个阶段运行完成后，在当前的每个Voronoi图单元中选出下一轮簇头节点来构建新的Voronoi图区域。本发明提出的方法在选择簇头节点时考虑了位置和剩余能量，使得簇头节点分布更均衡，有助于延长网络的生命周期。 【EN】The invention provides a wireless sensor network clustering algorithm based on Voronoi graph domain processingThis is then selected using a location and energy based cluster head node selection formulaClustering the nodes, and then dividing the sensor nodes in the area into Voronoi graphsAnd the nodes in the cluster, which are contained by the area, automatically become member nodes of the cluster. After one phase of operation is completed, selecting a next round of cluster head nodes in each current Voronoi graph unit to construct a new Voronoi graph area. The method provided by the invention considers the position and the residual energy when selecting the cluster head nodes, so that the cluster head nodes are distributed more evenly, and the method is favorable for prolonging the life cycle of the network.

摘要：【中文】本发明涉及一种药物及其剂型领域，具体地涉及一种富马酸卢帕他定口服液体制剂及其制备方法。本发明公布了一种富马酸卢帕他定的口服液体制剂：所述口服液体制剂每100ml包含富马酸卢帕他定0.128g、增溶剂1～20g、甜味剂1～30g、矫味剂0～0.2g、着色剂0～0.01g、防腐剂0～0.20g、pH调节剂调节pH值至4.6～5.6。本发明富马酸卢帕他定的口服液体制剂在加速稳定性研究中显示良好的稳定性。 【EN】The invention relates to the field of medicaments and dosage forms thereof, in particular to a rupatadine fumarate oral liquid preparation and a preparation method thereof. The invention discloses an oral liquid preparation of rupatadine fumarate, which comprises the following components in part by weight: the oral liquid preparation comprises, per 100ml, rupatadine fumarate 0.128g, a solubilizer 1-20 g, a sweetener 1-30 g, a flavoring agent 0-0.2 g, a coloring agent 0-0.01 g, a preservative 0-0.20 g, and a pH regulator for regulating the pH value to 4.6-5.6. The oral liquid preparation of rupatadine fumarate shows good stability in accelerated stability studies.

摘要：【中文】本发明提供了一种高效节能分体式太阳能热水器，属于机械技术领域。它解决了现有技术存在着稳定性差的问题。本高效节能分体式太阳能热水器包括水箱和太阳能集热器，所述水箱内部为空腔且其两端具有与其相通的进口和出口，还包括定位环、加固板和定位组件，上述定位环呈圆环形，上述太阳能集热器和水箱均固连在定位环上且太阳能集热器的加热部位于水箱内，上述太阳能集热器和水箱形成一热水单元，所述热水单元的数量为若干个且若干热水单元周向均布在定位环上，若干热水单元通过连接管依次串联在一起。本高效节能分体式太阳能热水器稳定性高。 【EN】The invention provides a high-efficiency energy-saving split solar water heater, belonging to the technical field of machinery. It has solved prior art and has had the poor problem of stability. This energy-efficient split type solar water heater includes water tank and solar collector, the water tank is inside to have rather than communicating import and export for cavity and its both ends, still includes holding ring, gusset plate and locating component, and above-mentioned holding ring is ring shape, and above-mentioned solar collector and water tank all link firmly on the holding ring and solar collector's heating portion is located the water tank, and above-mentioned solar collector and water tank form a hot water unit, the quantity of hot water unit is a plurality of and a plurality of hot water unit circumference equipartition on the holding ring, and a plurality of hot water units are established ties in proper order together through the connecting pipe. The high-efficiency energy-saving split solar water heater has high stability.

摘要：【中文】本发明提供了一种高效集热智能太阳能热水器，属于机械技术领域。它解决了现有技术存在着稳定性差的问题。本高效集热智能太阳能热水器包括太阳能集热器和水箱，所述太阳能集热器用于安装在室外，所述水箱内部为空腔且在水箱上具有与其内腔相通的进口和出口，上述太阳能集热器与水箱相连接且太阳能集热器的加热部嵌于水箱内，所述水箱内还具有用于将水箱内的水导入加热部处的导流机构。本高效集热智能太阳能热水器稳定性高。 【EN】The invention provides an efficient heat collection intelligent solar water heater, and belongs to the technical field of machinery. It has solved prior art and has had the poor problem of stability. The high-efficiency heat-collecting intelligent solar water heater comprises a solar heat collector and a water tank, wherein the solar heat collector is arranged outdoors, the inside of the water tank is a cavity, an inlet and an outlet which are communicated with an inner cavity of the water tank are formed in the water tank, the solar heat collector is connected with the water tank, a heating part of the solar heat collector is embedded in the water tank, and a flow guide mechanism for guiding water in the water tank into the heating part is further arranged in the water tank. The high-efficiency heat collection intelligent solar water heater has high stability.

摘要：【中文】本发明涉及三维数字场景构建领域，提供一种动态三维地理场景实时采集的虚拟复眼系统及其工作方法。本发明虚拟复眼系统包括覆盖地形地貌的地理空间三维采集网格、由多具复眼相机协同组成的动态虚拟复眼数据采集模块、单具复眼定位模块、任务分配与调度模块。本发明数据采集具有时空一致性，保证重构的是同一时间断面的三维场景，可以实现动态三维场景采集；本发明提出地理场景最佳拍摄点选取方法，以网格化的建模方法求出复眼相机拍摄点，事先规划复眼相机占位，减少数据冗余；本发明提出一种动态三维地理场景科学化拍摄采集方案，保证三维地理场景按帧率要求刷新。 【EN】The invention relates to the field of three-dimensional digital scene construction, and provides a virtual compound eye system for real-time acquisition of a dynamic three-dimensional geographic scene and a working method thereof. The virtual compound eye system comprises a geographic space three-dimensional acquisition grid covering landforms, a dynamic virtual compound eye data acquisition module formed by cooperation of a plurality of compound eye cameras, a single compound eye positioning module and a task allocation and scheduling module. The data acquisition has time-space consistency, the reconstruction of three-dimensional scenes with the same time section is ensured, and the dynamic three-dimensional scene acquisition can be realized; the invention provides a method for selecting an optimal shooting point of a geographic scene, wherein the shooting point of a compound eye camera is solved by a gridding modeling method, the occupation of the compound eye camera is planned in advance, and the data redundancy is reduced; the invention provides a scientific shooting and collecting scheme for a dynamic three-dimensional geographic scene, which ensures that the three-dimensional geographic scene is refreshed according to the frame rate requirement.

摘要：【中文】本发明公开了一种卡压式连接管件、卡压式复合管件及制造方法，包括：管件本体；以及，设于所述管件本体内壁上的环形密封槽，所述环形密封槽用于安装密封圈；以及，由所述管件本体材料外凸形成的卡压筋，所述卡压筋在所述管件本体内壁上形成卡压槽，所述卡压槽为所述卡压式连接管件和金属管材的卡压连接提供材料嵌合空间。本发明降低了对管件本体壁厚的需求，降低了卡压式连接管件的生产成本。管件本体的按压压力也相应有所减小。此外生产完成后的管件本体和金属管材也能够满足实际使用需求。管件本体和金属管材可以仅依靠简单的工具进行现场连接，不需要事先对金属管材进行加工，因此装配工艺简单，装配成本更低。 【EN】The invention discloses a clamping and pressing type connecting pipe fitting, a clamping and pressing type composite pipe fitting and a manufacturing method, wherein the method comprises the following steps: a tube body; the annular sealing groove is formed in the inner wall of the pipe fitting body and used for mounting a sealing ring; and the clamping and pressing rib is formed by the outward protrusion of the material of the pipe fitting body, a clamping and pressing groove is formed on the inner wall of the pipe fitting body, and the clamping and pressing groove provides a material embedding space for the clamping and pressing connection of the clamping and pressing type connecting pipe fitting and the metal pipe. The invention reduces the requirement on the wall thickness of the pipe fitting body and reduces the production cost of the clamping and pressing type connecting pipe fitting. The pressing pressure of the pipe fitting body is correspondingly reduced. In addition, the produced pipe fitting body and the metal pipe can meet the actual use requirement. The pipe fitting body and the metal pipe can be connected on site only by a simple tool, and the metal pipe does not need to be processed in advance, so that the assembly process is simple, and the assembly cost is lower.

摘要：【中文】一种连续行走的双层翼缘板箱型混凝土结构施工挂篮及其施工方法，主桁系统通过锚固系统与已浇箱梁固定，走行系统由前滑动块、后滑动块、拼装式轨道、第一千斤顶、第二千斤顶、拉杆和活动锚块组成，模板系统由芯模、侧模、下翼缘板模和底模拼装组成，通过前移拼装式轨道、安装活动锚块、固定拉杆、启动第一千斤顶、第一千斤顶回油复位、启动第二千斤顶、第二千斤顶回油复位、交替张拉顶推完成双层翼缘板箱型混凝土结构施工挂篮的连续前移，本发明针对双层翼缘板连续箱型混凝土桥设计了一种特制施工挂篮，优化了挂篮的模板系统和走行系统，拼装式轨道施工快捷方便，活动锚块可重复利用，千斤顶交替张拉，可以实现施工挂篮的连续行进，节省了工期。 【EN】A continuously walking hanging basket for the box-type concrete structure with dual-layer flange plates is composed of a main truss system fixed to the poured box girder via anchor system, a walking system consisting of front slide block, back slide block, assembled track, the first and the second jacks, pull rod and movable anchor block, and a formwork system consisting of core mould, side mould, lower flange plate mould and bottom mould, and features that said hanging basket can be continuously moved forward by moving forward, installing movable anchor block, fixing pull rod, starting the first jack, returning oil to reset the first jack, starting the second jack, returning oil to reset the second jack, and alternatively stretching and pushing, the movable anchor block can be repeatedly used, the jack is used for tensioning alternately, continuous advancing of the construction hanging basket can be realized, and the construction period is saved.