摘要：【中文】本发明提供滤波器及相关锁相环电路，其中所述方法包括：滤波器，可包括：滤波器电路，用于接收来自该滤波器的输入节点的输入信号，并将该输入信号转换为电压输出；第一处理电路，用于根据该电压输出向该滤波器的输出节点提供第一控制电压，其中，该第一控制电压源自该电压输出的交流分量；和第二处理电路，用于根据该电压输出向该滤波器的输出节点提供第二控制电压，其中，该第二控制电压是通过将直流电平移位施加到该电压输出的直流分量而得到的。本发明所提供的方案可实现用于低电源应用的高PSRR环形PLL。 【EN】The invention provides a filter and a related phase-locked loop circuit, wherein the method comprises the following steps: a filter, which may include: a filter circuit for receiving an input signal from an input node of the filter and converting the input signal to a voltage output; a first processing circuit for providing a first control voltage to an output node of the filter in dependence on the voltage output, wherein the first control voltage is derived from an alternating current component of the voltage output; and a second processing circuit for supplying a second control voltage to an output node of the filter according to the voltage output, wherein the second control voltage is obtained by applying a dc level shift to a dc component of the voltage output. The scheme provided by the invention can realize a high PSRR annular PLL used for low power supply application.

摘要：【中文】本发明公开了一种竞拍式的自动驾驶出租车空车调度方法，包括下述步骤：设路网中存在N辆车，分别编号T₁，T₂.....T_i，i≤N，存在M个乘客别编号C₁，C₂.....C_j，j≤M；每个车辆T_i和每个乘客C_j都执行以下流程：乘客端步骤1：使用A*算法，搜索所有车辆到乘客C_j的最短距离或时间D_i,j，并寻找最快和第二快到乘客C_j的两辆车，分别标记为t_1,i,j，t_2,i,j；乘客C₁标记T₁为t_1,1,1，T₂为t_2,2,1；本发明综合考虑车辆与乘客在时空上的不确定性的动态情况，提出的竞拍式以尽可能减少整体乘客等待时间为目标，动态调整车辆调度情况；提出的竞拍式算法依赖较少的历史数据，根据路网现状动态的智能调整调度方案。 【EN】The invention discloses an auction type automatic driving taxi empty dispatching method, which comprises the following steps: n vehicles exist in the road network and are respectively numbered T₁，T₂.....T_iI is less than or equal to N, M passenger identification numbers C exist₁，C₂.....C_jJ is less than or equal to M; each vehicle T_iAnd each passenger C_jThe following flow is performed: passenger end step 1: using the a-x algorithm, all vehicles are searched for passenger C_jThe shortest distance or time D_i,jAnd find the fastest and second fastest arriving passenger C_jRespectively marked as t_1,i,j，t_2,i,j(ii) a Passenger C₁Marker T₁Is t_1,1,1，T₂Is t_2,2,1(ii) a The invention comprehensively considers the uncertain dynamic conditions of the vehicle and the passengers in time and space, and the proposed competitive shooting type dynamically adjusts the scheduling conditions of the vehicle by taking the aim of reducing the waiting time of the whole passengers as much as possible; the proposed auction algorithm relies on less historical data and dynamically and intelligently adjusts the scheduling scheme according to the current situation of the road network.

摘要：【中文】本发明公开了一种水下多通道信号采集传输阵列系统环路的自诊断方法，包括：(1)桥接模块通过以太网向各节点发送链路检测命令，各节点收到链路检测命令后通过收到命令的端口向桥接模块发送命令回应，命令回应内容包含该节点编号与该端口编号，桥接模块依据命令回应内容分析链路故障；(2)桥接模块通过以太网向各节点发送获取节点时钟状态命令，网络节点中的FPGA判断时钟状态并发送时钟回应，桥接模块根据接收的时钟回应内容分析时钟故障；(3)桥接模块通过以太网向各节点发送数据包，节点中的微处理器根据接收的数据包计数的连续性判断反馈trap信息数据包至桥接模块，桥接模块根据接收的trap信息数据包分析丢包故障。 【EN】The invention discloses a self-diagnosis method of a loop of an underwater multichannel signal acquisition and transmission array system, which comprises the following steps: (1) the bridge module sends a link detection command to each node through the Ethernet, each node sends a command response to the bridge module through a port receiving the command after receiving the link detection command, the command response content comprises the node number and the port number, and the bridge module analyzes the link fault according to the command response content; (2) the bridge module sends a command for acquiring the clock state of the node to each node through the Ethernet, an FPGA in the network node judges the clock state and sends a clock response, and the bridge module analyzes the clock fault according to the received clock response content; (3) the bridging module sends data packets to each node through the Ethernet, a microprocessor in the node judges and feeds back the trap information data packets to the bridging module according to the counting continuity of the received data packets, and the bridging module analyzes packet loss faults according to the received trap information data packets.

摘要：【中文】本发明公开了一种利用不同土壤高效产硫化物的溶液配方及制备硫化物的方法，所述溶液配方由K₂HPO₄、NH₄Cl、Na₂SO₄、无水CaCl₂、MgSO₄·7H₂O、乳酸钠和抗坏血酸组成；每升水溶液中包含K₂HPO₄ 0.30～0.70g，NH₄Cl 0.50～1.10g，Na₂SO₄ 0.40～0.60g，无水CaCl₂ 0.04～0.06g，MgSO₄·7H₂O 9.0～21.0g，乳酸钠4.0～9.0mL，抗坏血酸0.05～0.13g。本发明提供了一种利用不同土壤高效产硫化物的溶液配方，该溶液配方可激活土壤中硫酸盐还原菌的产硫化物活性，所述溶液配方适用于不同的土壤高效产生硫化物，所使用的土壤接种物适用性广，可以就地取材生产硫化物，成本低，具有较大的应用前景。 【EN】The invention discloses a solution formula for efficiently producing sulfide by using different soils and a method for preparing sulfide, wherein the solution formula is K₂HPO₄、NH₄Cl、Na₂SO₄Anhydrous CaCl₂、MgSO₄·7H₂O, sodium lactate and ascorbic acid; each liter of the aqueous solution contains K₂HPO₄0.30～0.70g，NH₄Cl 0.50～1.10g，Na₂SO₄0.40-0.60 g of anhydrous CaCl₂0.04～0.06g，MgSO₄·7H₂9.0 to 21.0g of O, 4.0 to 9.0mL of sodium lactate, and 0.05 to 0.13g of ascorbic acid. The invention provides a solution formula for efficiently producing sulfide by using different soils, which can activate the sulfide production activity of sulfate reducing bacteria in the soil, is suitable for efficiently producing sulfide by using different soils, has wide applicability of used soil inoculants, can produce sulfide by using local materials, has low cost and has wide application prospect.

摘要：【中文】本申请提供了分布式应用监控方法及装置，在每个应用服务器中部署有用来监控被监控应用的代理应用。代理应用获得被监控应用的状态数据后写入数据存储组件中。主控应用从数据存储组件中获得被监控应用的状态。该方案通过代理应用使得向数据存储组件写入状态数据的动作与应用本身分离，从而实现对非自主开发的应用进行监控。 【EN】The application provides a distributed application monitoring method and device, and agent applications used for monitoring monitored applications are deployed in each application server. And the agent application acquires the state data of the monitored application and writes the state data into the data storage component. The master application obtains the status of the monitored application from the data storage component. According to the scheme, the action of writing the state data into the data storage component is separated from the application through the proxy application, so that the monitoring on the application which is not autonomously developed is realized.

摘要：【中文】本发明提出一种结构简单、生产成本低，能够实时调整进风通孔与出风通孔启闭，能够加快外部电气设备散热，减少蚊虫灰尘进入柜体的电气设备的防护装置，包括柜体，所述柜体下端部开设有进风通孔，所述柜体上端部开设有出风通孔，所述柜体活动设置有可密封所述进风通孔的第一密封件，所述柜体设置有可密封所述出风通孔的第二密封件，所述柜体内设置有分别用于驱动第一密封件与第二密封件启闭的第一气缸与第二气缸，所述第一气缸与第二气缸内的气体与柜体内的气体进行热交换。 【EN】The invention provides a protective device for electrical equipment, which is simple in structure and low in production cost, can adjust the opening and closing of an air inlet through hole and an air outlet through hole in real time, can accelerate the heat dissipation of external electrical equipment and reduce the entry of mosquito dust into a cabinet body, and comprises a cabinet body, wherein the lower end part of the cabinet body is provided with the air inlet through hole, the upper end part of the cabinet body is provided with the air outlet through hole, the cabinet body is movably provided with a first sealing piece capable of sealing the air inlet through hole, the cabinet body is provided with a second sealing piece capable of sealing the air outlet through hole, a first air cylinder and a second air cylinder which are respectively used for driving the first sealing piece and the second sealing piece to open and close are arranged in the cabinet.

摘要：【中文】本发明涉及一种可用于促进创面组织同步修复再生的生物活性支架，包括至少两个立体空间形态堆叠或拼接形成的生物活性支架；每一所述立体空间形态所采用的支架材料均不相同，且至少包括生物医用高分子水凝胶；所述生物活性支架组装后均通过交联剂交联并洗涤；该支架为通过不同的材料配比和空间形态构建的具有促进创面组织同步修复的生物活性支架。 【EN】The invention relates to a bioactive scaffold for promoting synchronous repair and regeneration of wound tissues, which comprises at least two bioactive scaffolds formed by stacking or splicing three-dimensional space forms; the support materials adopted by each three-dimensional space form are different and at least comprise biomedical polymer hydrogel; after the bioactive scaffold is assembled, the bioactive scaffold is crosslinked and washed by a crosslinking agent; the scaffold is a bioactive scaffold which is constructed by different material proportions and space forms and has the function of promoting wound tissue synchronous repair.

摘要：【中文】本申请的各个实施例涉及使用磁性结的一次可编程(OTP)实施。在一些实施例中，阵列包括多列和多行的多个磁性结，磁性结包括第一磁性结和第二磁性结。第一和第二磁性结包括单独的顶部铁磁元件和单独的底部铁磁元件，还包括位于顶部铁磁元件和底部铁磁元件之间的单独的阻挡元件。第一磁性结的第一阻挡元件电分离第一磁性结的第一顶部铁磁元件和第一底部铁磁元件。第二磁性结的第二阻挡元件已经受击穿，使得该第二阻挡元件具有限定第二磁性结的第二顶部铁磁元件和第二底部铁磁元件之间的泄漏路径的缺陷。击穿状态对应于一次可编程状态，甚至在较小尺寸下也不易受高温变化的影响。本申请还涉及集成芯片及其形成方法以及用于读取存储器阵列的方法。 【EN】Various embodiments of the present application relate to one-time programmable (OTP) implementations using magnetic junctions. In some embodiments, the array includes a plurality of columns and rows of a plurality of magnetic junctions, the magnetic junctions including a first magnetic junction and a second magnetic junction. The first and second magnetic junctions include a separate top ferromagnetic element and a separate bottom ferromagnetic element, and further include a separate blocking element between the top ferromagnetic element and the bottom ferromagnetic element. The first blocking element of the first magnetic junction electrically separates the first top ferromagnetic element and the first bottom ferromagnetic element of the first magnetic junction. The second blocking element of the second magnetic junction has been broken down such that the second blocking element has a defect defining a leakage path between the second top ferromagnetic element and the second bottom ferromagnetic element of the second magnetic junction. The breakdown state corresponds to a one-time programmable state and is not susceptible to high temperature variations even at smaller dimensions. The application also relates to an integrated chip, a method of forming the same and a method for reading a memory array.

摘要：【中文】本发明涉及物流分拣领域，公开了一种高速分拣机包括机架、转盘、第一滑道、传动机构。转盘可转动地设置在机架上，转盘上设有输送机构，任意一个转盘上的输送机构能够将待分拣产品从转盘输送至与其相邻的转盘上，从而将待分拣产品从机架的一侧输送至机架的另一侧，第一滑道与转盘一一对应，还包括滑道杆，滑道杆一端伸入第一滑道的滑槽内、另一端偏心连接在对应的转盘上，第一滑道的滑槽沿第一方向延伸，第一滑道通过传动机构连接在底座上，传动机构带动第一滑道沿第二方向移动、带动滑道杆在第一滑道内滑动、从而带动转盘转动。解决了现有技术中产品分拣尤其是大件产品分拣采用人工分拣，分拣效率低、耗费大量人力且劳动强度大的问题。 【EN】The invention relates to the field of logistics sorting and discloses a high-speed sorting machine which comprises a rack, a rotary table, a first slide way and a transmission mechanism. The carousel rotationally sets up in the frame, be equipped with conveying mechanism on the carousel, conveying mechanism on arbitrary carousel can be with waiting to sort the product and carry rather than adjacent carousel from the carousel, thereby will wait to sort the product and carry the opposite side to the frame from one side of frame, first slide and carousel one-to-one, still include the slide pole, slide pole one end stretches into in the spout of first slide, other end eccentric connection is on the carousel that corresponds, the spout of first slide extends along the first direction, first slide passes through drive mechanism and connects on the base, drive mechanism drives first slide and removes along the second direction, drive slide pole and slide in first slide, thereby it rotates to drive the carousel. The problem of among the prior art product sorting especially major possession product sorting adopt manual sorting, sort inefficiency, consume a large amount of manpowers and intensity of labour is big is solved.

摘要：【中文】本发明公开了一种钥匙齿形码识别方法，包括：利用背向光源和/或侧向光源采集待识别钥匙的图像；基于所述图像识别所述待识别钥匙的齿形码。本发明还公开了一种钥匙齿形码识别装置、存储介质及图像采集设备。本发明可以提高钥匙齿形码识别效率，减少识别过程中的钥匙磨损。 【EN】The invention discloses a key tooth shape code identification method, which comprises the following steps: acquiring an image of a key to be identified by using a back light source and/or a side light source; and identifying the tooth shape code of the key to be identified based on the image. The invention also discloses a key tooth shape code recognition device, a storage medium and image acquisition equipment. The invention can improve the identification efficiency of the key tooth shape code and reduce the key abrasion in the identification process.