28results about How to "Avoid complex operations" patented technology

The invention provides a dual-frequency single-port intermodulation tester, and the tester comprises an intermodulation control module which comprises an intermodulation controller, a first frequency source and a second frequency source, and the intermodulation controller controls the first frequency source and the second frequency source to generate two carrier signals with different frequencies through receiving a configuration instruction; and the multiplexer module comprises a plurality of power amplifier modules and a multiplexer, the plurality of power amplifier modules are used for amplifying the two paths of carrier signals, synthesizing the two paths of carrier signals through the multiplexer, outputting the synthesized two paths of carrier signals to a tested piece, and receiving and processing intermodulation products reflected back from the tested piece at the same time. According to the invention, the accuracy, the integration level and the field applicability of the intermodulation test are effectively improved.

The invention particularly relates to a cable line fault detecting and positioning system for an intelligent power distribution network ring main unit, and relates to the technical field of intelligent power distribution network fault detection. A multi-dimensional feature extraction and intelligent diagnosis module; a health state evaluation module; and a self-adaptive calibration compensation and control module. According to the invention, a passive acquisition mode is combined with steady-state conventional monitoring and transient double-trigger high-speed recording, so that hard fault related data can be accurately captured; the active test mode automatically injects a standard signal at a power grid load trough, flexibly captures soft degradation characteristics such as element aging and parameter drift, and the magnetic isolation design avoids interference to the power grid.

The invention relates to the technical field of food detection accessory devices, in particular to a combined detection card assembly based on food detection, which is a detection card convenient to transport and store and capable of detecting multiple groups of different substances, so that the detection accuracy and usability are improved, and the detection efficiency is improved. Therefore, the combined detection card assembly based on food detection is improved in practicability. Comprising a fixing box, a cover, two first clamping plates and two second clamping plates, a first cavity is formed in the front end of the fixing box, the front end of the first cavity and the rear end of the cover are used for clamping and fixing a detection card assembly through clamping assemblies, and the rear end of the cover is connected with the two first clamping plates and the two second clamping plates; the two first clamping plates and the two second clamping plates are clamped to the inner wall of the first cavity, a first observation opening is formed in the front end of the cover, and a liquid separation assembly is arranged at the front end of the cover.

The utility model discloses a multi-sense full-color laser optical network effect system, which belongs to the technical field of semiconductor laser application, and comprises a left side wall body and a right side wall body which are symmetrically arranged, and one side of the left side wall body close to the right side wall body is fixedly connected with a laser light source system. The side, close to the left side wall body, of the right side wall body is fixedly connected with a laser reflecting mirror set, the side, close to the laser light source system, of the left side wall body is fixedly connected with a radiator, and a sensing mechanism is arranged between the left side wall body and the right side wall body. The system solves the problems that an existing laser light network effect system cannot link various senses of audiences, and a plurality of line laser lamps are adopted to emit light at the same time to form a light network, so that equipment operation is inconvenient, cost is high, and light shadow and sense effects are poor.

This application provides an encoding and decoding method and related apparatus for non-volatile memory. The encoding method uses the least common multiple of the primitive polynomial of the primitive elements of a finite field and its inverse polynomial as the generator polynomial. The decoding method includes: reading the received sequence and calculating its initial syndrome; if the initial syndrome is not 0, an error exists; adjusting the value of each bit data to obtain two flipped syndromes: a first flipped syndrome and a second flipped syndrome; if both the first and second flipped syndromes are 0, or the product of the first and second flipped syndromes is 1, then it is determined that the bit will be flipped. This application can decode bit by bit in parallel according to the flipped syndrome. Compared with the BCH code error correction scheme, the generator polynomial is different, avoiding high-order power operations of finite field elements during decoding, reducing decoding complexity and decoding delay, and meeting the requirements of fast decoding.

The application discloses a portable bipolar cold cycle ablation device and an ablation needle, which comprises a handheld main body, an energy application unit, a cold cycle unit, an energy supply unit and a circulating refrigeration unit. The energy application unit is fixedly arranged on the outside of the handheld main body, and the cold cycle unit is arranged in the inside of the energy application unit. The energy application unit can be moved to the target tissue together with the handheld main body. The energy application unit comprises at least one first energy application element and at least one second energy application element. The cold cycle unit comprises a fluid circulation channel extending from the proximal end of the energy application unit to the distal end and returning from the distal end to the proximal end. The fluid circulation channel is provided with an insulation part on the channel wall of at least the part extending into the first energy application element and / or the second energy application element. The circulating refrigeration unit is in circulation communication with the first liquid inlet and the first liquid outlet at the proximal end of the fluid circulation channel, and is used for driving the fluid circulation flow and refrigerating the fluid circulation flow.

This invention relates to the fields of biomedicine and genetic engineering, and discloses a mutually exclusive splicing reporter system based on three-color fluorescence correction and its construction method. The reporter system is constructed based on the PiggyBac transposon vector and includes a mutually exclusive dual-fluorescent splicing reporter unit and a blue fluorescent internal control expression unit. The mutually exclusive dual-fluorescent splicing reporter unit includes a first reporter gene, an alternative splicing mini-gene segment, and a second reporter gene. Mutually exclusive expression of the first and second reporter genes is achieved through reading frame changes induced by alternative splicing. The blue fluorescent internal control expression unit includes a third fluorescent protein gene driven by an independent promoter. This invention accelerates protein degradation by fusing a CL1 degron sequence into a red fluorescent protein and utilizes a blue fluorescent protein as a cellular internal control, achieving sensitive monitoring of mRNA alternative splicing events. It is suitable for high-throughput screening of small molecule drugs that regulate splicing.

The invention discloses a multi-grid-connected inverter instability source positioning analysis method and device based on impedance ratio perception, and the method comprises the steps: obtaining the output impedance of a grid-connected inverter and the input impedance of a power grid side through a multi-sine wave injection impedance measurement technology under a dq system in combination with an online impedance measurement strategy of power adaptive stable operation; a multi-grid-connected inverter parameter model is constructed; node equivalent impedance aggregation is carried out through an impedance model obtained through measurement, and node stability analysis based on the impedance ratio is achieved by dividing the two ends of each inverter node into a source sub-module and a load sub-module. According to the method provided by the invention, efficient online positioning of the instability source of the multi-machine system can be quickly and accurately realized, so that the stability of the subsequent system is ensured.

The invention discloses a simulation deduction-oriented combat plan evaluation method under complex confrontation conditions, and belongs to the technical field of military operation. The method comprises the following steps: generating a combat plan efficiency simulation deduction sample matrix; constructing an efficiency distribution function of the combat scheme based on the efficiency simulation deduction sample matrix; constructing a positive ideal scheme, and calculating an efficiency distribution function of the positive ideal scheme; constructing a negative ideal scheme, and calculating an efficiency distribution function of the negative ideal scheme; respectively measuring the distance between the combat scheme and the positive ideal scheme and the distance between the combat scheme and the negative ideal scheme; based on the distance between the combat schemes and the positive ideal scheme and the distance between the combat schemes and the negative ideal scheme, evaluation values of the combat schemes are calculated, and the combat schemes are preferentially sorted. According to the method, a scheme efficiency distribution density function is set, positive (negative) ideal schemes which are theoretically superior to (inferior to) all alternative combat schemes are constructed, the distances between all the alternative schemes and the positive (negative) ideal schemes in the probability distribution sense are measured, and the combat schemes are preferably sorted according to the distances.

The invention discloses a koji-making chamber and a koji-making control method, and the koji-making chamber comprises a rotating disc which is used for bearing koji; the temperature measuring assembly is arranged above the rotating disc and is used for detecting the temperature of the koji material so as to establish a thermal field of the whole rotating disc; and the temperature adjusting structure is arranged on the rotating disc and used for adjusting the koji materials at the abnormal positions of the thermal field so as to drive the temperatures displayed by the whole thermal field to tend to be consistent. A thermal field of the whole rotating disc is established by utilizing the temperature measuring assembly, so that the temperature distribution on the surface of the whole rotating disc can be comprehensively and dynamically monitored, a monitoring blind area existing in a traditional 9-point detection method is eliminated, and the integrity and the accuracy of temperature data are ensured; and secondly, the temperature adjusting structure can flexibly process the koji material on the rotating disc according to temperature data monitored in real time, so that the koji material is under the optimal koji-making temperature condition, and the quality and the yield of the koji material are ensured.

The invention provides an activatable signal amplification detection technology based on fluorescent dye tyramine and application of the activatable signal amplification detection technology in nucleocapsid protein detection. The problems of insufficient detection sensitivity, poor specificity, loud background noise and the like in a traditional tyramine signal amplification technology are solved by adopting a dual amplification detection technology (combining with an aptamer or an antibody to improve specificity and utilizing tyramine to realize signal amplification) capable of activating tyramine signal amplification and ROS response; and the detection difficulty caused by the own characteristics of the nucleocapsid protein is avoided. According to the technology, the sensitivity, specificity and accuracy of detection are remarkably improved, different virus nucleocapsid proteins can be effectively distinguished, background noise is reduced, a reliable method is provided for SARS-CoV-2 nucleocapsid protein detection, meanwhile, a basis is provided for researching the influence of different structures on the detection effect, and the technology has wide application prospects in the fields of clinical diagnosis and scientific research.

This invention relates to the use of a transition metal ion-doped graphene oxide membrane catalytic material in the synthesis of 4-phenylmorpholine antibacterial derivatives, belonging to the field of membrane materials and catalytic application technology. The transition metal ion-doped graphene oxide membrane catalytic material retains the intrinsic acidic catalytic sites of graphene oxide nanosheets while introducing transition metal ions that can induce the orientation of reactant molecules. Utilizing the two-dimensional nano-confined channels provided by the interlayer of the graphene oxide membrane and the synergistic effect between the transition metal ions and reactant molecules, rapid and long-lasting catalytic synthesis of 4-phenylmorpholine antibacterial derivatives can be achieved at room temperature (22.3 ± 0.1 ℃) under pressure-driven continuous flow reaction conditions.

According to the MOSFET thermal protection method based on current and time integration, a group of current and time relations are obtained in an offline calibration mode; the working time of different segments can be realized by setting a plurality of counters, each counter is respectively mapped to different current intervals, the formula of the counter is J = summa 0Pdt = summa 0I2Rdt, and the counter is used as table look-up input to obtain a target sustainable working current; comparing the obtained target current with an actual working phase current, and if the actual current is greater than a sustainable working current value, progressively decreasing the torque according to a preset gradient until the torque is 0; if the actual current is smaller than the sustainable working current value, the torque is progressively increased according to the preset gradient until the torque is equal to the torque instruction. The method is simple and convenient to implement, avoids complex operation, reduces the load rate of the MCU execution cycle, does not need simulation, is completely completed through rack calibration data, is high in estimation precision, and effectively prevents the MOSFET from being damaged.

The invention relates to the technical field of copper pipe machining, in particular to a machine tool for machining an integral crystallizer copper pipe, the machine tool comprises a supporting device, two clamping devices and a cutting device, the supporting device comprises a workbench, the two clamping devices are distributed in the length direction of one side edge of the workbench, the two clamping devices are located at the same height, and the cutting device is arranged on the workbench. The clamping device comprises a clamping assembly, the clamping assembly comprises a containing plate, two clamping plates and a top plate, the containing plate is connected to the top of the workbench and is parallel to the workbench, the two clamping plates are slidably connected to the side, away from the workbench, of the containing plate, the two clamping plates are close to the two opposite sides of the containing plate respectively, and the clamping plates are perpendicular to the containing plate. The top plate is slidably connected to the side, away from the workbench, of the containing plate and is parallel to the workbench, and the top plate, the two clamping plates and the containing plate can clamp the copper pipe. The cutting device is located between the two clamping devices and used for cutting the copper pipe. The copper pipe clamping device has the effect of conveniently clamping the copper pipe.

The present application relates to the technical field of data processing, in particular to a multi-module collaborative management system and method fusing attendance and business approval. In the system: an event access module listens to and captures state data of different attendance terminals and business approval systems, standardizes the state data into attendance life cycle events and publishes the attendance life cycle events to an event distribution module; the event distribution module distributes the events to a conflict state buffer module in which a first cache set and a second cache set are located; the conflict state buffer module synchronizes a mapping relationship between a punch parameter change amount and an approval activity time period in real time; after determining a conflict trigger, a conflict resolution module adaptively decides to execute a fast and direct state ruling or quantitative confidence score calculation according to event characteristics and business urgency, and resolves the conflict of the event. The present application realizes deep decoupling of physical attendance and approval systems, greatly improving the real-time performance and accuracy of conflict self-healing determination.

The utility model provides a kind of carrying mechanism of cement package group, belong to mechanical technical field.It solves how to reduce the problem of manpower cost while ensuring the carrying efficiency.This cement package group's carrying mechanism includes horizontally arranged roller conveyor line and truss, the roller conveyor line is located in the truss inside, the truss is equipped with the mechanical arm that can slide along longitudinal direction and also can slide along horizontal direction, the mechanical arm has several, several the mechanical arm is along the length direction interval arrangement of the roller conveyor line, and each the mechanical arm is along vertical setting and can be telescopic along vertical direction.This cement package group's carrying mechanism can reduce manpower cost while ensuring the carrying efficiency.

The invention relates to the technical field of 3D printers, and discloses a hot bed platform self-cleaning device which comprises a bottom frame, a hot bed body is installed in the middle of the upper portion of the bottom frame, and an FDM 3D printing head is arranged above the hot bed body; the hot bed cleaning device can automatically clean a hot bed, manual operation of a user is not needed, so that time and energy of the user are saved, the device can accurately adjust the gap between the scraper and the hot bed, it is ensured that the scraper cannot damage the surface of the hot bed in the cleaning process, the device can automatically or manually adjust the angle of the scraper according to the cleaning condition, and the cleaning efficiency is improved. According to the device, the hot bed is arranged to adapt to waste materials of different sizes and shapes, powder and fine chippings on the hot bed can be effectively treated conveniently, the device can automatically complete cleaning work, and the hot bed cannot move or incline in the cleaning process, so that the problem of secondary positioning can be avoided, the operation complexity of a user can be reduced, and the working efficiency is improved. And the printing efficiency and stability are improved.

The utility model discloses a refrigerator and hinge structure therein, include: first hinge subassembly is connected with refrigerator body and upper door body, second hinge subassembly is detachably connected with first hinge subassembly and is connected with lower door body, the utility model discloses through the traditional refrigerator hinge is divided into first hinge subassembly and second hinge subassembly two parts of detachable connection each other, possesses flexibility and operability, needs to separate lower door body when directly removes second hinge subassembly from first hinge subassembly and can remove the fixing of lower door body, realizes the premise of not disassembling upper door body and disassembles lower door body, avoids the operation complexity caused by needing to disassemble upper door body first.

The invention belongs to the technical field of gravity assisted heat pipe heat exchange, and particularly relates to a heat source overhead type gravity assisted heat pipe heat exchange system which comprises a condenser, an evaporator, an exhaust channel and a liquid return channel. The liquid filling rate of the evaporation cavity is set, so that backflow liquid flows directionally under the action of gravity and continuously scours the heated part, a liquid inlet part and an air outlet part are arranged on the evaporator to be communicated with a liquid return channel and an air exhaust channel respectively, and the liquid inlet part and the air outlet part are arranged in a space separation mode to reduce gas-liquid interference. By changing the relative arrangement mode of the evaporator and the heat source and combining a thin cavity liquid film and a directional flow strengthening mechanism, efficient heat exchange is achieved on the premise that passive circulation stability is guaranteed; and meanwhile, the space above the heat source is released, so that the equipment maintenance convenience and the structure adaptability are improved.

The invention relates to the technical field of corrosion detection, in particular to an acid corrosion resistance test method for measuring hydrogen sulfide concentration based on inductively coupled plasma emission spectroscopy, which comprises the following steps: S1, sample preparation and treatment; s2, preparing an acidic sulfur-containing test solution; s3, acid corrosion resistance test: before the test is started and after the test is finished, quantitatively extracting a test solution, neutralizing the test solution with sodium hydroxide, determining the spectral intensity of the to-be-tested solution by using an inductively coupled plasma emission spectrometer, and calculating the concentration of sulfur ions in the solution according to the drawn sulfur ion calibration curve; s4, calculating the hydrogen sulfide concentration before and after the test; and S5, performing corrosion evaluation. In the test, the hydrogen sulfide concentration is rapidly measured, the sensitivity is high, and the reproducibility is good. The method avoids the problems of H2S volatilization loss and complex operation in the traditional method, and is suitable for evaluating the corrosion performance of various metal materials in the H2S-containing acidic environment.

The present invention provides a method and device for deploying network slices, which belongs to the technical field of network slice management and orchestration. The method for deploying network slices is executed by NSMF, and the method includes: receiving a request for creating a network slice from CSMF, carrying network slice service requirements; determining the corresponding NST and NST DM according to the request for creating a network slice; parsing the NSST template and NSST DM of each subdomain in NST and NST DM, and decomposing the network slice service requirements into requirements of each subdomain according to NST; sending a network slice subnet instance NSSI creation request to the NSSMF of each subdomain, carrying the slice subnet requirements, NSST and NSST DM identifiers of each subdomain; receiving the slice subnet creation result returned by NSSMF; completing the network and service configuration of end-to-end network slices across domains; returning the network slice creation result to CSMF. The technical solution of the present invention can avoid waste of resources.

The invention provides fastening equipment for a portable bed of an ambulance, and relates to the technical field of medical equipment. The fastening equipment for the portable bed of the ambulance comprises a bearing trolley, the bearing trolley comprises a trolley body, a mechanical arm rotating relative to the trolley body and a locking device, the trolley body is configured to be movably connected with a carriage of the ambulance, the moving direction is parallel to the length direction of the carriage, and the mechanical arm is configured to be detachably connected with the portable bed. The locking devices are located at the two ends of the vehicle width of the vehicle body, and the locking devices are configured to be fixedly connected with a wheel shaft of the portable bed in the locking state. Sliding or displacement is prevented when the vehicle runs, accelerates, decelerates or turns, instability and operation complexity of temporary fixing measures are avoided, and medical staff can transfer patients more efficiently and more safely.

This disclosure provides a method for controlling a virtual character, a device for controlling a virtual character, a computer storage medium, and an electronic device, relating to the field of game technology. The method for controlling a virtual character includes: if the shooting parameters of a shooting item meet preset shooting parameters, in response to a movement operation of a view control towards a target direction, displaying a first boundary component in a first associated area of ​​the view control and a second boundary component in a second associated area of ​​the view control; wherein the second associated area includes the first associated area; in response to the movement operation within the first boundary component, controlling the game view to move towards the target direction until the movement operation moves from the first boundary component into the second boundary component; in response to the movement operation leaving the second boundary component, displaying a first prompt message, thereby controlling the virtual character to enter a first airborne state based on the first prompt message. This disclosure can reduce the complexity for players controlling virtual characters to perform rocket jump operations.

The invention discloses an RTP equipment temperature control method and device based on diagonal matrix decoupling, and relates to the technical field of semiconductor manufacturing temperature control. Aiming at the problems of strong coupling and large time delay of multiple temperature zones of RTP equipment and difficulty in accurately solving a model inverse matrix, the method comprises the following steps: firstly, establishing a multi-temperature zone heating model; solving an approximate inverse matrix of the heating model by using a relative normalized gain matrix (RNGA) and a relative average residence time matrix (RARTA); a time delay correction strategy is introduced, a diagonal matrix decoupling model is constructed, and physical realizability is ensured; and finally, closed-loop control is realized in combination with an incremental PID controller. According to the method, the problem that the decoupling matrix of a high-dimensional coupling system is difficult to calculate can be effectively solved, overshoot is remarkably inhibited, and the wafer temperature uniformity and the anti-interference capability are improved.

The present invention discloses an error envelope performance evaluation method for an aviation navigation network take-off and landing guidance system, which relates to the field of satellite navigation technology, including a single-frequency pseudorange domain error envelope model evaluation method, a dual-frequency pseudorange domain error envelope model evaluation method, and a dual-frequency positioning domain error envelope model evaluation method. The above evaluation methods all include the following steps: Step S1, screening observation data, performing carrier phase smoothing filtering processing and extracting pseudorange single difference residuals; Step S2, constructing an error envelope model; Step S3, performing error envelope confidence evaluation and error envelope tightness evaluation. The present invention adopts the above-mentioned error envelope performance evaluation method for an aviation navigation network take-off and landing guidance system, which is conducive to the selection of a specific error envelope model in integrity evaluation, and can help the satellite-based precision take-off and landing guidance system integrity monitoring system to relatively easily obtain a lower protection level, thereby improving the availability of the system.

The application relates to the technical field of power system detection, and discloses a generator unit power low-frequency oscillation detection method, system, equipment and medium, the method comprising the following steps: collecting time window power data of generator unit power data in a preset time window; performing data filtering and extreme point screening on the time window power data to obtain an extreme point sequence; performing feature extraction on the extreme point sequence to obtain characteristic values corresponding to the time window power data; identifying the number of oscillation waveforms of the time window power data according to the characteristic values; and calculating a low-frequency oscillation detection result corresponding to the time window power data by using the number of oscillation waveforms. The application can improve the efficiency and accuracy of generator unit power low-frequency oscillation detection.