摘要：【中文】本发明提供测量配置方法、测量方法、测量上报方法及装置，其中，测量配置方法包括：发送第一测量配置消息，所述第一测量配置消息中携带第一资源标识信息，所述第一资源标识信息用于指示承载待测量的目标参考信号的传输资源。本发明提供的实施例能够充分利用多波束NR系统的特点，实现适用于多波束NR系统的测量。 【EN】The invention provides a measurement configuration method, a measurement reporting method and a measurement reporting device, wherein the measurement configuration method comprises the following steps: and sending a first measurement configuration message, wherein the first measurement configuration message carries first resource identification information, and the first resource identification information is used for indicating transmission resources for bearing target reference signals to be measured. The embodiment provided by the invention can fully utilize the characteristics of the multi-beam NR system and realize the measurement suitable for the multi-beam NR system.

摘要：【中文】本发明提供了一种基站间同步误差测量、上报、计算方法及网络节点，属于无线通信技术领域。其中，基站间同步误差测量方法，应用于第一网络节点，包括：向第二网络节点发送定位信息请求，所述定位信息请求中包括有指示获取基站接收‑发送时间差信息的字段。通过本发明的技术方案，能够有效提高OTDOA和UTDOA的定位精度。 【EN】The invention provides a method for measuring, reporting and calculating synchronous errors among base stations and a network node, and belongs to the technical field of wireless communication. The method for measuring the synchronization error between the base stations is applied to a first network node and comprises the following steps: and sending a positioning information request to a second network node, wherein the positioning information request comprises a field for indicating to acquire the receiving-sending time difference information of the base station. By the technical scheme of the invention, the positioning accuracy of OTDOA and UTDOA can be effectively improved.

摘要：【中文】本申请提供了一种训练数据选择方法、装置、电子设备及计算机存储介质，首先将备选语料库中的备选声学特征数据输入基础声学模型，根据所述基础声学模型的输出确定所述备选声学特征数据对应的后验概率数据；接着，根据所述后验概率数据计算所述备选声学特征数据对应的信息熵数据；然后，根据所述信息熵数据确定所述备选声学特征数据对应的相对熵数据；最后，根据所述相对熵数据从所述备选声学特征数据中选取训练数据。可以根据信息熵数据和相对熵数据来选取对模型而言信息量较大的训练数据，从而实现少量优选的训练数据的训练效果也能满足模型的训练需求，减少对无用训练数据的重复标注，大大节省了人力物力。 【EN】The application provides a training data selection method, a training data selection device, electronic equipment and a computer storage medium, wherein firstly, alternative acoustic feature data in an alternative corpus are input into a basic acoustic model, and posterior probability data corresponding to the alternative acoustic feature data are determined according to the output of the basic acoustic model; then, calculating information entropy data corresponding to the alternative acoustic characteristic data according to the posterior probability data; then, determining relative entropy data corresponding to the alternative acoustic characteristic data according to the information entropy data; and finally, selecting training data from the alternative acoustic feature data according to the relative entropy data. Training data with large information quantity for the model can be selected according to the information entropy data and the relative entropy data, so that the training effect of a small amount of optimized training data can meet the training requirement of the model, repeated marking of useless training data is reduced, and manpower and material resources are greatly saved.

摘要：【中文】本发明涉及铁皮石斛解酒保肝组合物和制法。具体地说，所述铁皮石斛解酒保肝组合物是由铁皮石斛叶、葛根皮和玉米低聚肽制备得到的，该组合物中包含铁皮石斛叶浸提液10～20份、铁皮石斛叶发酵液5～10份、葛根皮发酵液10～30份、玉米低聚肽粉0.2～0.6份。本发明还涉及该组合物的制备方法，包括如下步骤：将铁皮石斛叶浸提液、铁皮石斛叶发酵液、葛根皮发酵液混合均匀，加入玉米低聚肽粉使溶解，任选的加入调味剂溶解，和/或任选的加水稀释，得到组合物。本发明组合物具有优异的解酒和保肝的效果。 【EN】The invention relates to a dendrobium officinale alcohol-effect-dispelling and liver-protecting composition and a preparation method thereof. Specifically, the dendrobium officinale alcohol-effect-dispelling and liver-protecting composition is prepared from dendrobium officinale leaves, pueraria lobata peels and corn oligopeptide, and the composition comprises 10-20 parts of dendrobium officinale leaf leaching liquor, 5-10 parts of dendrobium officinale leaf fermentation liquor, 10-30 parts of pueraria lobata peel fermentation liquor and 0.2-0.6 part of corn oligopeptide powder. The invention also relates to a preparation method of the composition, which comprises the following steps: mixing the leaching solution of Dendrobium officinale leaf, fermentation broth of Dendrobium officinale leaf and fermentation broth of Pueraria lobata skin, adding corn oligopeptide powder for dissolving, optionally adding flavoring agent for dissolving, and/or optionally adding water for diluting to obtain the composition. The composition has excellent effects of relieving alcoholism and protecting liver.

摘要：【中文】本发明涉及铁皮石斛叶植物饮料和制法。具体地说，铁皮石斛叶植物饮料是由铁皮石斛干叶经酶解和发酵所得发酵液与铁皮石斛干叶经浸提所得浸提液二者混合配制得到的，其以每1000mL计：所述发酵液是由0.5～1g(例如0.7g)铁皮石斛干叶制得；所述浸提液是由1～1.5g例如1.3g铁皮石斛干叶制得。本发明采用药食同源的铁皮石斛叶为原材料，使药材采集和饮料工业化生产相适应，所制得的饮料活性物质回收率高，饮料稳定性优良，还呈现如说明书所述一些优良技术效果，为市场提供一种大众化的饮料。 【EN】The invention relates to a dendrobium officinale leaf plant beverage and a preparation method thereof. Specifically, the dendrobium officinale leaf plant beverage is prepared by mixing fermentation liquor obtained by carrying out enzymolysis and fermentation on dendrobium officinale dry leaves and leaching liquor obtained by leaching the dendrobium officinale dry leaves, wherein the fermentation liquor is calculated by every 1000 mL: the fermentation liquor is prepared from 0.5-1 g (for example, 0.7g) of dendrobium officinale dry leaves; the leaching liquor is prepared from 1-1.5 g, for example, 1.3g of dendrobium officinale dry leaves. The dendrobium officinale leaf which is homologous in medicine and food is used as a raw material, so that the medicine material collection is compatible with the industrial production of the beverage, the prepared beverage is high in recovery rate of active substances, excellent in stability, and capable of presenting some excellent technical effects described in the specification, and a popular beverage is provided for the market.

摘要：【中文】本发明公开了一种基于浮动式动力传递的深松耕设备，包括浮动式深松耕装置；浮动式深松耕装置包括底盘和铰接在底盘上的动架，在动架上固定安装有发动机总成，在发动机总成的输出端连接有连接轴传动组，所述动架上安装有深松耕机构，且所述深松耕机构与发动机总成之间连接有连接轴传动组，在底盘上安装有车架，在车架与深松耕机构或者动架之间设有驱动机构。通过将深松耕机构固定到动架上，动架铰接到底盘上，将发动机总成和连接轴传动组设置在动架上，减小因深松耕的震动对动力系统及底盘和底盘上其他部件的影响，而且能实现深松耕机构的升降。 【EN】The invention discloses a deep scarification and cultivation device based on floating power transmission, which comprises a floating type deep scarification and cultivation device, wherein the floating type deep scarification and cultivation device is arranged on the device; the floating type deep scarification and cultivation device comprises a chassis and a movable frame hinged to the chassis, an engine assembly is fixedly mounted on the movable frame, a connecting shaft transmission set is connected to the output end of the engine assembly, a deep scarification and cultivation mechanism is mounted on the movable frame, a connecting shaft transmission set is connected between the deep scarification and cultivation mechanism and the engine assembly, a frame is mounted on the chassis, and a driving mechanism is arranged between the frame and the deep scarification and cultivation mechanism or the movable frame. The deep scarification and cultivation mechanism is fixed on the movable frame, the movable frame is hinged to the chassis, the engine assembly and the connecting shaft transmission set are arranged on the movable frame, the influence of vibration of deep scarification and cultivation on a power system, the chassis and other parts on the chassis is reduced, and the lifting of the deep scarification and cultivation mechanism can be realized.

摘要：【中文】一种深松耕装置的翻转机构的工作方法，包括底盘总成和铰接在底盘总成上的动架，在动架上固定安装有发动机总成和深松耕机构，在发动机总成与深松耕机构之间连接有连接轴传动组，在底盘总成与深松耕机构之间设有驱动机构。工作方法为发动机总成通过连接轴传动组带动深松耕机构工作；如需要翻转动架、发动机总成、连接轴传动组和深松耕机构，通过驱动机构带动翻转动架、发动机总成、连接轴传动组和深松耕机构一起翻转。本发明，通过将深松耕机构固定到动架上，动架铰接到底盘上，将发动机总成和连接轴传动组设置在动架上，减小因深松耕的震动对包括发动机总成、连接轴传动组等组成的动力系统及底盘总成和底盘总成上其他部件的影响。 【EN】A working method of a turnover mechanism of a deep scarification and cultivation device comprises a chassis assembly and a movable frame hinged on the chassis assembly, wherein an engine assembly and a deep scarification and cultivation mechanism are fixedly arranged on the movable frame, a connecting shaft transmission set is connected between the engine assembly and the deep scarification and cultivation mechanism, and a driving mechanism is arranged between the chassis assembly and the deep scarification and cultivation mechanism. The working method is that the engine assembly drives the deep scarification mechanism to work through the connecting shaft transmission set; if the turning movable frame, the engine assembly, the connecting shaft transmission set and the deep scarification mechanism need to be turned, the driving mechanism drives the turning movable frame, the engine assembly, the connecting shaft transmission set and the deep scarification mechanism to turn together. According to the invention, the deep scarification and plowing mechanism is fixed on the movable frame, the movable frame is hinged to the chassis, and the engine assembly and the connecting shaft transmission group are arranged on the movable frame, so that the influence of the vibration of the deep scarification and plowing on a power system comprising the engine assembly, the connecting shaft transmission group and the like, and other components on the chassis assembly and the chassis assembly is reduced.

摘要：【中文】本发明公开了一种用于表征砂砾岩储层层状指数的方法及系统，包括：利用电成像测井技术，采集砂砾岩储层图像；按照预设的行间隔和列间隔，将当前图像进行网格化划分，由每行的行电导率值的标准方差，得到当前储层横向连续性指数，以及由每列的列电导率值的标准方差，得到相应的纵向连续性指数；根据横向连续性指数和纵向连续性指数，计算当前储层的层状指数，用以定量表征当前储层成层状性的强弱。本发明实现了储层层状指数的量化表征，并确定了有效储层的层状指数界限，为基于电成像的有效储层识别提供了有效手段。 【EN】The invention discloses a method and a system for representing a glutenite reservoir layer index, which comprise the following steps: collecting a glutenite reservoir image by using an electrical imaging logging technology; the method comprises the steps that a current image is subjected to gridding division according to preset row intervals and preset column intervals, a current reservoir stratum transverse continuity index is obtained according to the standard deviation of the row conductivity value of each row, and a corresponding longitudinal continuity index is obtained according to the standard deviation of the column conductivity value of each column; and calculating the stratiform index of the current reservoir according to the transverse continuity index and the longitudinal continuity index so as to quantitatively represent the strength of the stratiform of the current reservoir. The invention realizes the quantitative characterization of the reservoir stratum index, determines the stratum index limit of the effective reservoir stratum and provides an effective means for the effective reservoir stratum identification based on the electrical imaging.