摘要：【中文】一种骑乘姿势分析系统与方法。骑乘姿势分析系统包含多个动作传感器、一压力传感器以及一电子装置。动作传感器配置于人体，用以侦测多个动作信息。压力传感器配置于人体足底，用以侦测一压力信息。电子装置用以自动作传感器接收该等动作信息，自压力传感器接收压力信息，以及根据动作信息以及压力信息基于一骑乘姿势辨识模型判断一骑乘姿势信息。 【EN】A system and method for analyzing riding posture. The riding posture analysis system comprises a plurality of motion sensors, a pressure sensor and an electronic device. The motion sensor is configured on the human body and used for detecting a plurality of motion information. The pressure sensor is arranged on the sole of the human body and used for detecting pressure information. The electronic device is used for receiving the motion information from the motion sensor, receiving the pressure information from the pressure sensor, and judging riding posture information based on a riding posture identification model according to the motion information and the pressure information.

摘要：【中文】提供了用于在对CTS布局执行路由之前预测时钟树合成(CTS)布局中的静态电压(SIR)下降违规的系统和方法。静态电压(SIR)下降违规预测系统包括SIR下降违规预测电路。SIR下降违规预测电路接收与CTS布局相关联的CTS数据。SIR下降违规预测电路检查与CTS布局相关联的CTS布局数据，并且CTS布局数据可以包括与CTS布局的多个区域相关联的数据，并且多个区域可以被逐个区域地检查。SIR下降违规预测电路预测在CTS布局中是否由于CTS布局的后续路由而存在一个或多个SIR下降违规。 【EN】Systems and methods are provided for predicting quiescent voltage (SIR) drop violations in a Clock Tree Synthesis (CTS) topology prior to routing the CTS topology. A quiescent voltage (SIR) drop violation prediction system includes a SIR drop violation prediction circuit. The SIR drop violation prediction circuit receives CTS data associated with the CTS layout. The SIR drop violation prediction circuit checks CTS layout data associated with the CTS layout, and the CTS layout data may include data associated with a plurality of regions of the CTS layout, and the plurality of regions may be checked region by region. The SIR-drop violation prediction circuit predicts whether one or more SIR-drop violations exist in the CTS layout due to subsequent routing by the CTS layout.

摘要：【中文】提供了用于在对布置布局执行路由之前预测布置布局中的系统设计规则检查(DRC)违规的系统和方法。系统DRC违规预测系统包括DRC违规预测电路。DRC违规预测电路接收与布置布局相关联的布置数据。DRC违规预测电路检查与布置布局相关联的布置数据，并且布置数据可以包括与布置布局的多个区域相关联的数据，并且DRC违规预测电路可以逐个区域地检查布置布局的多个区域。DRC违规预测电路预测由于布置布局的后续路由而在布置布局中是否存在一个或多个系统DRC违规。 【EN】Systems and methods are provided for predicting system Design Rule Check (DRC) violations in a placement layout before routing is performed on the placement layout. System DRC violation prediction system includes a DRC violation prediction circuit. The DRC violation prediction circuit receives placement data associated with the placement layout. The DRC violation prediction circuit checks arrangement data associated with the arrangement layout, and the arrangement data may include data associated with a plurality of regions of the arrangement layout, and the DRC violation prediction circuit may check the plurality of regions of the arrangement layout region by region. The DRC violation prediction circuit predicts whether one or more system DRC violations are present in the placement layout due to subsequent routing of the placement layout.

摘要：【中文】本发明实施例提供了一种守时计量精度提高方法及电路，守时计量精度提高电路包括微控制单元、信号接收单元、晶体振荡器、充放电单元和步进调整单元；守时计量精度提高方法包括：接收标准时钟信号和晶振时钟信号；根据标准时钟信号和晶振时钟信号控制信号接收单元向充放电单元充电；接收充放电单元在开始放电一刻的电平信号值，根据电平信号值调整步进调整单元的步进值，以调整晶体振荡器的晶振时钟频率；调整所述晶振时钟信号向所述标准时钟信号同步。本发明实施例提供的技术方案，通过时间展宽的方式获取两个相邻标准时钟信号上升沿之间的晶振不完整周期的时间，调整晶振的频率，提高晶振跟踪计量精度，提高晶振时间保持能力。 【EN】The embodiment of the invention provides a timekeeping measurement precision improving method and a timekeeping measurement precision improving circuit, wherein the timekeeping measurement precision improving circuit comprises a micro control unit, a signal receiving unit, a crystal oscillator, a charging and discharging unit and a stepping adjusting unit; the method for improving the time-keeping metering precision comprises the following steps: receiving a standard clock signal and a crystal oscillator clock signal; controlling the signal receiving unit to charge the charging and discharging unit according to the standard clock signal and the crystal oscillator clock signal; receiving a level signal value of the charging and discharging unit at the moment of starting to discharge, and adjusting a stepping value of the stepping adjusting unit according to the level signal value so as to adjust the crystal oscillator clock frequency of the crystal oscillator; and adjusting the synchronization of the crystal oscillator clock signal to the standard clock signal. According to the technical scheme provided by the embodiment of the invention, the time of the incomplete period of the crystal oscillator between the rising edges of two adjacent standard clock signals is obtained in a time broadening mode, the frequency of the crystal oscillator is adjusted, the tracking and metering precision of the crystal oscillator is improved, and the time holding capacity of the crystal oscillator is improved.

摘要：【中文】一种无线物理刺激系统及方法被公开。该无线物理刺激系统包含至少一传感器、至少一物理刺激装置以及一电子装置。该电子装置无线地连接配置于人体上的该至少一传感器与至少一物理刺激装置。该至少一传感器用以传感至少一第一传感信号。该电子装置用以自该至少一传感器接收该至少一第一传感信号；根据该至少一第一传感信号，基于一人体状态辨识模型产生一第一人体状态信息；根据该第一人体状态信息，基于一第一回馈模型辨识产生一第一回馈方案信息；以及根据该第一回馈方案信息，控制该至少一物理刺激装置。 【EN】A wireless physical stimulation system and method are disclosed. The wireless physical stimulation system comprises at least one sensor, at least one physical stimulation device and an electronic device. The electronic device is wirelessly connected with the at least one sensor and the at least one physical stimulation device which are arranged on the human body. The at least one sensor is used for sensing at least one first sensing signal. The electronic device is used for receiving the at least one first sensing signal from the at least one sensor; generating first human body state information based on a human body state identification model according to the at least one first sensing signal; generating first feedback scheme information based on first feedback model identification according to the first human state information; and controlling the at least one physical stimulation device according to the first feedback scheme information.

摘要：【中文】本发明公开了一种飞行器上可分离的复合增程系统及方法，该系统中同时设置有火箭增程模块、底排增程模块、滚转增程模块和滑翔增程模块，各个模块之间协同工作，按照预定顺序，在不同的飞行阶段交替工作，彼此互不干扰，都能够提高飞行器的射程，从而使得飞行器的最终射程得到最大程度的提高；另外，所述火箭增程模块需要体积较大的存储空间来装填燃料，该火箭燃料箱会对飞行器后续的飞行增加较多的负担，所以在火箭发动机工作完成后，将该火箭燃料箱连同其所在的飞行器尾部一并从飞行器主体上脱离，从而进一步提高飞行器的射程。 【EN】The invention discloses a separable composite range extending system and a separable composite range extending method on an aircraft, wherein a rocket range extending module, a bottom row range extending module, a rolling range extending module and a gliding range extending module are simultaneously arranged in the system, all the modules work cooperatively and alternately in different flight stages according to a preset sequence without mutual interference, and the range of the aircraft can be improved, so that the final range of the aircraft is improved to the maximum extent; in addition, the rocket range extending module needs a large-size storage space for filling fuel, and the rocket fuel tank can increase more burden on the subsequent flight of the aircraft, so that after the work of the rocket engine is finished, the rocket fuel tank and the tail part of the aircraft where the rocket fuel tank is located are separated from the aircraft body, and the range of the aircraft is further improved.

摘要：【中文】本发明公开了一种龙骨架式架空地板，包括可调节支座和金属薄壁方管，可调节支座包括地脚螺栓和支座结构；地脚螺栓包括底座和螺杆，螺杆设置在底座上，螺杆外壁上设置有外螺纹；支座结构包括支座承台和四套筒插接件，四套筒插接件设置在支座承台的外壁上，支座承台内开设有螺纹孔，螺纹孔沿支座承台中轴线贯穿支座承台，螺杆与支座承台螺纹连接；四套筒插接件上均可拆卸地套设有金属薄壁方管，金属薄壁方管的上表面与支座承台的上表面位于同一水平面；一种龙骨架式架空地板的安装调平方法。本发明的一种龙骨架式架空地板可以降低板材厚度、增加室内净高、减少造价、加快调平速度，且整体结构强度大，活动地板放置在上面更加稳定可靠。 【EN】The invention discloses a keel frame type overhead floor which comprises an adjustable support and a metal thin-wall square tube, wherein the adjustable support comprises foundation bolts and a support structure; the foundation bolt comprises a base and a screw rod, the screw rod is arranged on the base, and external threads are arranged on the outer wall of the screw rod; the support structure comprises a support bearing platform and four sleeve plug connectors, the four sleeve plug connectors are arranged on the outer wall of the support bearing platform, threaded holes are formed in the support bearing platform, the threaded holes penetrate through the support bearing platform along the central axis of the support bearing platform, and the screw rods are in threaded connection with the support bearing platform; the four-sleeve plug connector is detachably sleeved with a metal thin-wall square tube, and the upper surface of the metal thin-wall square tube and the upper surface of the support bearing platform are positioned on the same horizontal plane; a method for installing and leveling a keel frame type raised floor. The keel frame type raised floor can reduce the thickness of plates, increase indoor clear height, reduce manufacturing cost and accelerate leveling speed, has high integral structure strength, and is more stable and reliable when the movable floor is placed on the keel frame type raised floor.

摘要：【中文】本发明公开了一种应用于高动态飞行器的卫星信号拟合重构系统及方法，该系统中通过片材状的天线提高卫星信号的接收能力，降低高动态下丢星的可能性，设置多种接收机，最大可能地为飞行器提供稳定可靠的卫星信号，另外，当确定丢星时，自行拟合重构出卫星信号，为微处理器模块提供计算需用过载所需的飞行器自身位置及速度信息，在丢星的时段维持飞行器的稳定，当未丢星时，选择星数最多的卫星信号解算飞行器自身位置及速度信息，解算需用过载，对飞行器进行控制。 【EN】The invention discloses a satellite signal fitting reconstruction system and a satellite signal fitting reconstruction method applied to a high-dynamic aircraft, wherein the system improves the receiving capacity of satellite signals through a sheet-shaped antenna, reduces the possibility of losing stars under high dynamic conditions, is provided with a plurality of receivers, provides stable and reliable satellite signals for the aircraft to the greatest extent, and in addition, when the loss of stars is determined, the satellite signals are automatically fitted and reconstructed, provides aircraft self-position and speed information required by overload calculation for a microprocessor module, maintains the stability of the aircraft in the star losing period, selects the satellite signal with the largest number of stars to solve the aircraft self-position and speed information when the loss of stars does not occur, solves the overload required to use, and controls the aircraft.

摘要：【中文】本发明公开了一种兼顾全射程覆盖的远程制导飞行器，该飞行器能够实现对远程目标、中程目标和近程目标的打击，具有重要工程意义，具体来说，该远程制导飞行器，包括决策模块和中心处理模块，所述决策模块用于在发射前根据射程信息选择执行工作的制导启控模块；不同的制导启控模块能够控制不同的组件模块启动工作，从而在射程的不同控制相应的组件模块，所述中心处理模块通过接收组件模块传递出的信息生成舵偏指令，控制飞行器飞向目标。 【EN】The invention discloses a long-range guidance aircraft giving consideration to full range coverage, which can strike a long-range target, a middle-range target and a short-range target and has important engineering significance, and particularly comprises a decision module and a central processing module, wherein the decision module is used for selecting a guidance starting and controlling module for executing work according to range information before launching; different guidance starting and controlling modules can control different component modules to start and work, so that corresponding component modules are controlled at different ranges, and the central processing module generates a rudder deflection instruction by receiving information transmitted by the component modules and controls the aircraft to fly to a target.

摘要：【中文】本发明公开了一种功耗分类处理方法、装置、存储介质以及处理器。其中，该方法包括：在一段时间内多次采集功耗数据，其中，功耗数据为设备在正常工作状态下采集的；确定采集得到的多个功耗数据中的最小值和最大值；在最大值和最小值之间选择一个值作为阈值；根据阈值将功耗数据分为静态功耗和动态功耗两类，其中，动态功耗小于等于阈值，动态功耗大于阈值。本发明解决了现有技术中无法有效区分设备的功耗数据的技术问题。 【EN】The invention discloses a power consumption classification processing method, a power consumption classification processing device, a storage medium and a processor. Wherein, the method comprises the following steps: acquiring power consumption data for multiple times within a period of time, wherein the power consumption data is acquired by equipment in a normal working state; determining the minimum value and the maximum value in the collected multiple power consumption data; selecting a value between the maximum value and the minimum value as a threshold value; and dividing the power consumption data into static power consumption and dynamic power consumption according to the threshold, wherein the dynamic power consumption is less than or equal to the threshold, and the dynamic power consumption is greater than the threshold. The invention solves the technical problem that the power consumption data of the equipment cannot be effectively distinguished in the prior art.