15results about How to "Efficient switching" patented technology

The application discloses a high-reliability multi-node cooperative in-situ communication system and method. The system comprises multiple transceivers, one of which is a master node and the rest are slave nodes. The master node comprises a channel collision management and control demodulation and signal modulation unit, a digital AGC compensation control unit, a special working condition signal-to-noise ratio switching unit and a process autonomous ending unit. The slave nodes each comprise a signal transmitting unit, a signal receiving unit and a control unit. The application realizes effective screening and control of multiple access nodes in deep space exploration activities such as lunar exploration, solves the problem of advanced planning caused by a large number of nodes in the lunar near space, and maximally supports flexible communication between lunar nodes.

The invention discloses an all-optomagnetic turnover magnetic film as well as a preparation method and application thereof. The all-optical magnetic turnover magnetic film comprises a Ta layer, a first Pt layer, a Co layer, a Ru layer, a Gd layer and a second Pt layer which are sequentially stacked on the surface of a substrate, wherein the thickness of the Ru layer is 0.8 nm, 1.3 nm or 1.5 nm. The preparation method of the all-optical magnetic flipping magnetic film comprises the following steps: sequentially depositing a Ta layer, a first Pt layer, a Co layer, a Ru layer, a Gd layer and a second Pt layer on the surface of a substrate by adopting ultrahigh vacuum direct current magnetron sputtering to obtain the all-optical magnetic flipping magnetic film. The all-optical magnetic flipping magnetic film has the advantages of high switching efficiency, low switching energy, wide energy window, easiness in regulation and control, stability in repeated writing and the like, can be applied to the fields of high-density ultrafast magnetic storage, information processing and the like, and is suitable for large-scale application.

The present disclosure relates to medical robots, in particular to a magnetic capsule endoscope autonomous control method and system combining Tube model predictive control and reinforcement learning, which solves the problems of poor robustness and low accuracy of existing control algorithms. The method introduces a reinforcement learning method to control the movement of the mechanical arm on the basis of the Tube MPC model predictive control framework, drives the movement of the capsule endoscope through the movement of the mechanical arm, and improves the trajectory tracking accuracy and posture stability in the navigation and scanning process of the capsule endoscope. The compensation control quantity for controlling the movement of the mechanical arm is generated by the trained reinforcement learning agent.

This invention relates to a seedling-collecting mechanism and a dual-purpose rice and rapeseed transplanter, aiming to solve the problem that existing transplanting equipment's seedling-collecting mechanisms cannot simultaneously meet the seedling-collecting needs of both rice and rapeseed's mat-like seedlings. The transplanter includes a frame, a seedling box, a planting device, and a seedling-collecting mechanism. The seedling-collecting mechanism includes a rotary arm assembly, a planting arm, and seedling-collecting claws. The rotary arm assembly is mounted on the frame, and the planting arm is fixed to the rotary arm assembly. The seedling-collecting claws are detachably connected to the planting arm. The seedling-collecting claws include rice-specific claws and rapeseed-specific claws, which can be interchanged depending on the target crop. This invention achieves dual-purpose functionality through the rapid replacement of the seedling-collecting claws in the seedling-collecting mechanism, improving the transplanter's versatility and economy, and reducing the user's equipment investment costs.

This application provides a compound variable-pitch propeller system and control method based on circulation control, relating to the field of aviation technology. The compound variable-pitch propeller system based on circulation control includes: a dual-rotor variable-pitch motor, which is disposed in the propeller hub. The dual-rotor variable-pitch motor includes a first rotor and a second rotor. The first rotor is connected to an inner worm gear, which is connected to a variable-pitch mechanism. The second rotor is connected to an outer worm gear, which is connected to a control surface deflection mechanism. The propeller blades include fixed blades and movable control surfaces. The fixed blades are connected to the propeller hub, and the movable control surfaces are rotatably connected to the fixed blades. The propeller blades have jet slits. A transmission mechanism connects the control surface deflection mechanism and the movable control surfaces for the deflection motion of the movable control surfaces, thereby improving the efficiency and adaptability of the propeller and optimizing flight performance.

The application provides a venipuncture training and examination model simulation arm module, which simulates the forearm structure of an adult, and is sequentially provided inside a simulation arm body from outside to inside with a simulation skin layer made of flexible high polymer elastic material and detachably installed on the outer surface of the simulation arm, a simulation fat layer provided inside the simulation skin layer and used for simulating the buffer resistance of subcutaneous fat tissue, a simulation muscle layer provided inside the simulation fat layer and used for supporting the arm shape and providing puncture resistance, and a simulation venous vessel network embedded between the simulation fat layer and the simulation muscle layer according to the real anatomical running, wherein the simulation skin layer, the simulation fat layer, the simulation muscle layer and the simulation venous vessel network are all configured as detachable modules, and can be replaced with combinations of different thickness, hardness and venous elasticity parameters according to the training requirements.

This utility model discloses a shell-and-tube heat exchanger assembly workbench, belonging to the technical field of workbench technology. The workbench includes a support platform, with a support frame symmetrically and movably connected to the bottom of the support platform. An electric push rod is installed at the bottom of the support platform, with one end of the electric push rod fixedly connected to a push frame. Universal wheels are symmetrically arranged at the bottom of the push frame, and replaceable platform plates are symmetrically and movably connected to the top of the support platform. This utility model, through the modular design of the support platform and replaceable platform plates, and the quick-connect structure of the support frame and support platform, achieves rapid adaptation of the workbench when assembling heat exchangers of different specifications. Simultaneously, the moving mechanism that drives the universal wheels to lift and lower with the electric push rod, along with the push groove design, allows the workbench to efficiently switch between fixed operation and flexible handling modes, significantly shortening equipment adjustment time and improving production efficiency.

This invention discloses an air-ejector linkage demolding structure for injection molds and its usage method, relating to the field of injection mold technology. The air-ejector linkage demolding structure and its usage method for injection molds include a mold. A demolding structure is provided on the lower rear side of the mold. The demolding structure is based on a base body. An adjusting shell is provided behind the lower rear side of the base body. An adjusting core is provided inside the adjusting shell. A mold-closing air pipe is provided in the middle of the front side of the adjusting shell. The other end of the mold-closing air pipe is connected to a mold-closing cylinder. A mold-closing push rod is provided inside the mold-closing cylinder. An air inlet pipe is provided on the left rear side of the adjusting shell. A demolding air pipe is provided on the right rear side of the adjusting shell. A demolding cylinder is provided on the upper side of the demolding air pipe. The lower end of the demolding push rod is located inside the demolding cylinder. A push rod guide block is provided at the rear end of the base body. The guide block is connected to the demolding push rod. The upper end of the demolding push rod is connected to the rear side of the lower pressure frame.

The application provides a hybrid structure analog-to-digital converter, belonging to the technical field of integrated circuit design, comprising a 7 bit first-order feed-forward incremental delta sigma ADC and an 8 bit single-stage cyclic ADC. The incremental delta sigma ADC adopts a first-order feed-forward structure, so that an input signal is directly fed to a comparator input end for comparison without passing through a modulator loop, thereby reducing the influence of non-ideal factors in the modulator loop on the input signal. In addition, the input end of the comparator is reset to a common mode level when the comparator is not working, so as to eliminate the influence of inconsistent voltage changes of two input ends of the comparator caused by incomplete matching of a layout wiring of the comparator input end on the circuit, and improve the overall signal-to-noise ratio of the circuit. By using the hybrid structure analog-to-digital converter provided by the application, the signal-to-noise ratio and the conversion speed are improved, and the conversion time is reduced without adding additional circuits.

This invention relates to the field of marble slab processing technology and discloses a marble slab fine trimming device, including a slab conveyor. Marble slabs are placed on the conveyor belt of the slab conveyor. A mounting frame is fixedly installed on one side of the slab conveyor. A fixing plate is fixedly installed on the inner side of the mounting frame. An adjustment mechanism is provided on the fixing plate. Four trimming mechanisms are provided inside the adjustment mechanism. The adjustment mechanism includes three sets of first hydraulic cylinders fixedly installed at one end of the mounting frame. A concave-convex plate is fixedly installed at one end of the telescopic rod of the three sets of first hydraulic cylinders. An upper mounting plate is fixedly installed at the upper end of the concave-convex plate. This marble slab fine trimming device, through its overall coordinated use, facilitates the replacement of different grinding wheels and irregularly shaped grinding wheels. It also adapts to the original switching structure, reducing tool costs and operational difficulty, and also achieves multi-functionality, improving equipment versatility and processing efficiency.

The present disclosure provides a communication information processing method, a communication information processing device, an electronic device and a computer readable storage medium, and belongs to the technical field of wireless communication. The method comprises: configuring an association relationship between tracking area information and mobility management function. The present disclosure can improve the accuracy and effectiveness of mobility management function switching by configuring the association relationship between the tracking area information and the mobility management function.

The utility model discloses a kind of heap turning device for straw compost, to solve the technical problem of existing technology mainly through artificial use shovel, fork and other farm implements to carry out heap turning operation, labor intensity is big, artificial cost is higher, including small agricultural loader, adapter and straw fork;Shovel is equipped with not less than 7 short fork teeth, short fork teeth include main part and inclined surface part;Adapter includes sleeve tooth part and plate bridging part;Sleeve tooth part includes sleeve part, first hollow cavity and clamping groove;When installation, first hollow cavity is limited to butt with short fork teeth, clamping groove is limited to butt with the lower edge of shovel, bridging part is detachably screwed with the inner wall of shovel;Straw fork includes installation part and long strip fork body, installation part and long strip fork body integrally form connection;Installation part includes second hollow cavity;When installation, second hollow cavity is butt with sleeve part;Installation part top and sleeve part are detachably screwed.

This disclosure provides a path acquisition method, apparatus, electronic device, storage medium, and computer program. The method includes: acquiring link device information of each autonomous system (AS) of a first target path; the link device information is used to characterize the cross-domain occupancy of the AS; determining a first link set based on the link device information of each AS; the first link set includes suspected conflicting links of the first target path in each AS; suspected conflicting links are links that may be occupied; acquiring at least one candidate replacement link corresponding to a suspected conflicting link based on the first link set; the AS is located in the same AS as the corresponding candidate replacement link; replacing the suspected conflicting link in the first target path with the candidate replacement link to obtain a second target path. This disclosure avoids the probability of occupancy conflicts, improves path stability, and is no longer extremely sensitive to delayed updates.

This application relates to a network configuration method, apparatus, storage medium, and electronic device for an application. The method includes: determining a target proxy device through the application's network proxy configuration page, wherein the application's network proxy configuration page is independent of the system network proxy configuration page of the system hosting the application; searching for target network proxy configuration information for the target proxy device from multiple network proxy configuration information sets, wherein the network proxy configuration information includes at least the network address and port number of the proxy device; and invoking the network API of the system hosting the application based on the target network proxy configuration information, so that the application can transmit data with a data server through the target proxy device. This application solves the technical problems of inconvenience and low efficiency in switching network environments during application development.

The utility model relates to power supply circuit technical field, concretely relates to a power switching circuit, including first input port, second input port and output port, the power switching circuit still includes MOS pipe Q1, MOS pipe Q2, triode Q4, resistance R2, resistance R3, resistance R4 and resistance R5, the utility model discloses through the reasonable configuration MOS pipe, triode and resistance etc. element, has realized efficient, stable power switching function, through MOS pipe Q1 and MOS pipe Q2 respectively control two -way power's on -off, has realized smooth and efficient power switching, through the introduction MOS pipe Q5 and condenser C1, can with MOS pipe Q2 seamless link of MOS pipe Q1 cut -off and conduction, eliminates dead time.